瑞士ALELEA有机系列化妆品微信ad2035
NSF提供一站式有机认证服务,助力健康生活
NSF提供一站式有机认证服务,助力健康生活作者:张聪来源:《食品安全导刊》2023年第12期2023年9月,国家市场监督管理总局发布《2023年度有机产品认证和产业发展报告》。
报告显示,2022年中国有机产品销售额达877.6亿元,中国也已经成为全球第四大有机农业种植国。
有机产品与认证息息相关。
有机认证有哪些好处?为什么企业需要申请有机认证?有机认证又是如何促进相关市场发展呢?就相关话题,《食品安全导刊》杂志记者采访了NSF大中华区食品及审核部总经理赵薇女士。
问:您如何看待中国有机产品市场的发展?趙薇:有机市场的发展,原动力来自消费者对食品安全和健康生活的需求,也契合了政府大力推广的绿色发展理念。
由国家市场监督管理总局发布的《2023年度有机产品认证和产业发展报告》中特别提到,2022年底,中国有1.6万家企业获得了2.6万多张有机产品认证证书,一方面彰显了有机产品市场的蓬勃发展,另一方面也说明越来越多的企业意识到了有机产业的价值所在。
问:您提到了“有机产品认证”,那么具体来说,有机认证可以覆盖到哪些产品?赵薇:根据中国有机产品认证工作组的定义,有机标准简言概之,就是要求在动植物生产过程中不使用化学合成的农药、化肥、生长调节剂等物质和基因工程生物及其产物,遵循自然规律和生态学原理,采用的农业技术是可持续的,维持农业生态系统良性循环。
此外,对于加工、贮藏、运输、包装、标识和销售等过程,同样有着严格的管理要求。
有机产品可分为“非食品”类及“食品”类,中国有机产品认证通常指的是食品类,主要包括谷物、蔬菜、肉及肉制品、乳制品、食用油等。
产品中含有不低于95%的有机成分,通过了有机认证的产品均贴有“中国有机产品”认证标志和相应的英文(ORGANIC),并有相对应的唯一编码。
在中国境内销售的有机产品均需经过中国国家认证认可监督管理委员会批准的认证机构认证。
问:作为一家国际认证机构,NSF是否在中国提供有机产品认证服务?赵薇:根据《有机产品认证管理办法》的相关规定,国际有机产品认证机构在中国境内开展有机产品认证活动的,必须符合《中华人民共和国认证认可条例》和其他有关法律、行政法规以及该办法的有关规定。
从护肤需求,谈谈ALEBLE护肤品怎么样
从护肤需求,谈谈ALEBLE护肤品怎么样近几年国潮风席卷护肤界,越来越多的国货品牌脱颖而出,成为护肤主力军,ALEBLE就是其中之一。
ALEBLE是目前备受关注的一个护肤品牌,有很多明星博主都有推荐,其当家花旦熊果苷身体乳和光甘草定皇后身体乳在这一行业拥有不少忠实粉丝。
那么这个品牌到底凭什么这么受欢迎呢?ALEBLE是什么品牌ALEBLE是一个国产护肤品牌,近两年逐渐在年轻人市场打开口碑。
ALEBLE认为任何肌肤问题都具有复杂性,单一的成分无法应对复杂的肌肤问题,因此在建立品牌之初,始终坚持配方的整体性,通过成分的合理搭配和配方科技的运用,让产品带来更显著的效果。
同时ALEBLE认为,任何成分都有其优缺点,所以不应该一味追求高浓度的护肤品,而是应该用合适的配方技术对成分进行优化,从而带来更稳定的功效和更舒适愉悦的肤感。
除此之外,ALEBLE作为新晋的的国产护肤品牌,从一开始就以服务好中国女性朋友作为使命。
ALEBLE依托先进的国际经验,进行深入的本土化改进,打造出了高度符合亚洲女性肤质、使用习惯、审美的护肤产品,让中国的女性朋友享受到优质、高性价比的卓越护肤体验。
ALEBLE产品怎么样ALEBLE系列护肤产品,采用纯净高效的护肤成分和先进的技术,显著提高肌肤的生理机能,并且产品不含任何刺激性物质,非常温和,很适合敏感肌和痘肌使用。
ALEBLE立足于消费者需求,不断升级完善,从身体乳、磨砂膏、沐浴露到面膜、洗面奶等十几种产品,其中身体护理类备受市场关注,ALEBLE熊果苷身体乳、ALEBLE皇后身体乳、ALEBLE磨砂膏等,都是目前比较火爆的产品。
今年,ALEBLE拓展产品线,加入面部护肤产品。
经过长时间的反复对比测试,上百次的成分配比试验,ALEBLE洗面奶、ALEBLE熊果苷面膜等纷纷上市,获得一众好评,在这个安全与健康受关注的年代,只有好的产品才能赢得信任,ALEBLE(A俪B丽)正努力成为护肤品牌的标杆。
Panasonic Blu-ray Disc Player 最新固件更新说明书
Information about the latest firmware updatesPanasonic is introducing the next generation of Blu-rayDisc Players. Many Blu-ray discs are equipped with new contents, in addition to high picture and sound quality.It’s important to us that our customers will be able to update their units to have the latest enhancements as they are released.Updating the firmwareThere are two ways to update your firmware1 Internet connection > If your unit has the Internet connection, connect the unit to the Internet via a broadband connection and the unit can automatically check for the latest firmware version and update the firmware.2 Using a CD-R disc > If your unit does not have the Internet connection, nor internet access, you can download the latest firmware version from the website “http://panasonic.co.jp/pavc/global/cs”. After you copy the latest firmware to a CD-R disc, play the disc in the unit and it will automatically update the firmware.For more information, refer to the operating instructions.During the firmware update “DO NOT TURN OFF OR UNPLUG THE UNIT.”Renseignements à propos des plus récentes mises à jour du micrologicielPanasonic présente la prochaine génération de lecteurs de disques Blu-ray. Beaucoup de disques Blu-ray comportent de nouveaux contenus, sans parler de leur haute qualité d’image et de son.Nous accordons beaucoup d’importance au fait que nos clients soient en mesure de mettre à jour leurs appareils avec les plus récentes améliorations dès qu’elles sont disponibles sur le marché.Mise à jour du micrologicielDeux méthodes de mise à jour1 Connexion Internet > Si votre appareil est relié à l’Internet, faites la connexion par une liaison à large bande pour permettre à l’appareil de vérifier automatiquement la disponibilité des nouvelles mises à jour.2 Disque CD-R > Si votre appareil n’est pas connecté et n’a pas accès à l’Internet, il est possible de télécharger la plus récenteversion du micrologiciel à partir du site “http://panasonic.co.jp/pavc/global/cs ” (En anglais seulement). Après avoir copié le micrologiciel sur un disque CD-R, mettez le disque en place dans l’appareil; la mise à jour du micrologiciel se fera alors automatiquement.Pour de plus amples informations, reportez -vous au manuelde l’utilisateur.Durant la mise à jour, NE JAMAIS METTRE L’APPAREIL HORS MARCHE OU LE DÉBRANCHER.Información sobre las últimas actualizaciones de firmwarePanasonic está presentando la próxima generación de los reproductores de Blu-ray Disc. Muchos discos Blu-ray estánequipados con nuevos contenidos, junto con sonido e imagen de alta calidad.Para nosotros es importante que nuestros clientes puedanactualizar sus unidades para tener las últimas mejoras a medida que se lanzan.Actualización de firmwareHay dos formas de actualizar su firmware1 Conexión a Internet > Si su unidad tiene una conexión a Internet, conecte la unidad a Internet mediante una conexión de banda ancha y la unidad verifica automáticamente las últimas versiones de firmware y realiza la actualización.2 Con un disco CD-R > Si su unidad no tiene conexión aInternet, ni acceso a Internet, puede descargar la última versión del firmware de “http://panasonic.co.jp/pavc/global/cs ” (Este sitio se encuentra solo en inglés). Después de copiar la última versión de firmware a un disco CD-R, reproduzca el disco en la unidad y automáticamente se actualizará el firmware.Para obtener más información, consulte las instrucciones de funcionamiento.Durante la actualización del firmware “NO APAGUE NI DESENCHUFE LA UNIDAD.”关于最新固件更新的信息松下正在引入下一代蓝光播放机。
爱乐活攻略289761
爱乐活攻略289761
#天生美肌#这款Dr. Ci:Labo 的产品可是随机发的哦,每个人都不见得一样呢!更是让人充满期待!美白胶原极效修护啫喱具天然凝露和独特超美白渗透功能,有效抑制黑色素的形成,淡化斑点,保持肌肤水润。
维生素C衍生物亮白成分,能改善肌肤暗沉、促进抗老化作用、防止肌肤粗糙和干燥。
甘草酸二钾、柏松素和辅酶Q10, 有效纾缓肌肤, 调理出肌肤透亮美肌, 配合大小不同的胶原蛋白和玻尿酸、神经醯胺,能防止肌肤老化。
适合任何肤质使用。
爱乐活天生美肌。
Dr. Ci:Labo 美白胶原极效修护啫喱
Dr. Ci:Labo 在香港十分热卖哦!我对他可是长草很久了呢!白色的包装简单大方,让人感觉很清爽。
半透明的白色啫喱质地,非常水润,可以让肌肤一整天保持水嫩,润滑。
水分值从34.2%上升到62%,可见补水保湿效果十分明显
爱乐活——有态度、正能量的品质生活社区。
热爱生活,乐于分享的各类达人聚在这里,分享消费攻略,激发生活灵感,发现城市最IN 的角落。
在这里,有爱,有乐,有生活。
【更多精彩内容尽在爱乐活】
文章来源:/post/6e0ce22cdae4f2278df64ae7?from=wenku/?from=wenku。
手册大全--品牌化妆品产品手册
亚妃优产品手册关于品牌Aperio品牌故事『想为全身肌肤提供一个最天然、最没有负担的纯净保养!』就是在这样的理念下,Aperio,一个来自美国加州北部纯朴小镇Saratoga 的有机保养品牌诞生了。
纯净、天然、健康、活力,在大自然生生不息力量的带领下,Aperio清新、乐活的有机保养之道,正不断袭卷纽约、好莱坞等充满忙碌尘嚣的城市,在美国的时尚名媛圈中掀起一股有机保养的风潮!Saratoga,来自美国加州的一个纯朴小镇,也是蕴育出Aperio品牌的纯净之地。
在这里,没有城市的喧嚣、没有环境的污染,有的只是大自然的纯净力量。
在天然有机的环境下,Aperio展现出不同于一般保养品、独有的乐活力量与能量!Aperio的主要成分都采用有机生态方式栽种,让每株植物花卉都能乐活生长,再以最先进的冷凝萃取科技,淬炼出最精致纯净的高质量成份,将最原始的草本配方保存起来,制造出最适合肌肤使用吸收的保养品,为肌肤提供最纯净零负担的细腻呵护。
Aperio展现出加州小镇的田园活力,并维护着大自然的平衡力量。
秉持着爱自己也爱地球的理念,Aperio坚持有机乐活保养之道,为全身上下肌肤设计研发最适合的保养品,从脸部、身体到手足保养,重新唤起如婴儿般最纯净的健康肤质!透过天然萃取的成份,维持肌肤平衡并唤醒肌肤的主要能量!產品系列介紹1.美妍系列(Purify Moisture)Aperio来自南欧的金盏花菁萃保养品天然有机纯净上市金盏花源自于南欧,花期于冬季至春季间,绽放出满地阳光般耀眼的金色光彩,代表了新生命的喜悦,金盏花为报春花,在南欧地中海沿岸一起迎接着春神的到访。
微风香颂、金盏花朵朵遍布的金色光芒,在古罗马时期被视为太阳的使者,带来了光芒也在寒冬中显现出其坚忍不拔的毅力,代表了古罗马时期独有的精神,在逆境中仍能突破重围,异军突起。
金盏花也被封为圣母玛利亚之花,有着非常亲切随和的特性,花色灿烂,日日开出令人振奋的金色花朵,夜晚微闭、白天绽放,生动的姿态映入眼帘的橙灿元素,让人感受到淳朴的自然生命力!有机乐活净化肌肤大地+土壤+水源+自然+耕种者=有机乐活的花草在制作全程中采取全天然有机栽种流程,包含耕种地、种子、环境、土壤及采收过程均经过严格把关,感谢大地的恩惠、关爱地球、提倡乐活。
Esterline Power Systems继电器说明书
AMERICAS .Tel:+1714-736-7599/powersystems EUROPE .Tel:+33387973101Fax:+33387979686ASIATel:+852********Fax:+852********•Polarized,nonlatching hermetically sealed relayRelais hermétique monostable polarisé•Contact arrangementCombinaison des contacts 4PDT 4RT•Coil supplyAlimentation bobineAlternating current Courant alternatif •Qualified or in accordance withQualifiéselon ou en accord avecMIL-PRF-6106•Available in SPACE and Hi-REL qualityDisponible en version SPATIAL et Hi-REL (haute fiabilité)PRINCIPAL TECHNICAL CHARACTERISTICSCARACTERISTIQUESTECHNIQUES PRINCIPALES•Contacts rated atPrévu pour commuter15Amps /28Vdc and 115/200Vac,400Hz 3Ø15A /28Vcc ou 115Vca-400Hz 3Ø•WeightMasse363g max•Dimensions of caseDimensions du boîtier 76.3x 58.5x 68.7mm max•Balanced-force design,all welded constructionArmature àforces équilibrées•Hermetically sealed,corrosion protected metal canB oîtier métallique hermétique protégéanti-corrosion •No make before breakNon chevauchement des contacts •Special models available upon requestModèles spécifiques sur demandeApplication notes:101102103D 007CONTACT ELECTRICAL CHARACTERISTICS /CONTACT RATINGCARACTERISTIQUES ELECTRIQUES DES CONTACTS /POUVOIR DE COMMUTATIONMinimum operating cycles Durée de vie minimale Type of load Type de charge28Vdc115Vac 400Hz115/200Vac 400Hz,3Ø115/200Vac 3Ø115Vac 60Hz50000cycles Resistive load |charge résistive 10A 1515A -15A -10A 10000cycles Inductive load |charge inductive 10A -10A -10A -6A 50000cycles Motor load |charge moteur 6A 8A 6A 8A 6A 8A 4A 50000cyclesLamp load |charge lampe3A4A3A4A3A4A2ACOIL CHARACTERISTICS (Vdc)CARACTERISTIQUES DES BOBINES (Vcc)GENERAL CHARACTERISTICSCARACTERISTIQUES GENERALESCODE28Vdc115Vac 400Hz115Vac 60HzSuppressed 28VdcNominal operating voltage Tension nominale (Un)2811511528Maximum operating voltage at +125°C Tension maximale à+125°C3012412430Maximum pickup voltage (Cold coil)Tension d’enclenchement assuré(Bobine froide)18909518Drop-out voltage,maxTension de déclenchement assuré730357Coil resistance Ω ±10% at +25° CRésistence de la bobine en Ω ±10% at +25° C 92--92Coil current max.mA at +25°CCourant de la bobine max en mA à+25°C-100100-Temperature range /Gamme de temperature-70°C à+125°C Dielectric strength at sea level all points /Rigiditédiélectrique au niveau de la mer-All circuits to ground and circuit to circuit /Tous les poles par rapport àla masse et entre poles 2000Vrms /50Hz-Coil to ground /Entre bobine et masse1000Vrms /50Hz Dielectric strength at altitude 25.000m (all points)Rigiditédiélectrique à25000m (tous points)700Vrms /50Hz(350Vrms gasket compressed)Insulation resistance /Résistance d’isolement 100 M Ω min Sinusoidal vibration /Vibrations sinusoïdales (36-500Hz)20G (500-1,000Hz)15G (1,000-2,000Hz)10G Mechanical shock /Chocs mécaniques50G /11ms Maximum contact opening time under vibration and shockDurée maximum d’ouverture des contacts sous l’influence des vibrations et chocs 10µsec Operate time at nominal voltage /Temps d’enclenchement sous tension nominale 25ms max Release time at nominal voltage /Temps de déclenchement sous tension nominale -DC 20ms max -AC50ms max Contact make bounce at nominal voltage /Rebonds contacts sous tension nominale -N.C.Contacts 5ms max -N.O.Contacts3ms maxMOUNTING STYLES TYPES DEFIXATIONSDimensions in inchTolerances,unless otherwise specified,±0.1inchSCHEMATIC DIAGRAMSCHEMASNUMBERING SYSTEMSYSTEME DE REFERENCESNOTESREMARQUES1.Isolation spacer pads for PCB mounting available on request.Possibilitéde cales isolantes pour montage PCB.2.For other mounting styles or terminal types,please contact the factoryAutres fixations ou sorties sont disponibles:nous consulter.3.Qualification and quality levels:Contact the factoryNiveaux de qualification et de qualité:Nous consulter.4.Coil time constant L/R:11msConstante de temps L/R des bobines:11ms5.Relay will not be damaged by applying reverse voltage to the coil although the relay may transfer.Le relais n'est pas endommagépar l'application de la tension inverse sur la bobine.Toutefois le relais peut changer d'état.6.Mounting holes"A"to be used when replacing AN3311.Trous de montage«A»compatible avec AN331.7.P/N9330-10374has back EMF coil suppression to42Vdc.La référence9330-10374a une tension d'écrêtage de-42V maximum.TERMINAL MOUNTING28VDCSUPPRESSED28VDC115VAC,400HZ115VAC,60HZ Solder terminalFlat&piercedStud9274-57709274-103809274-57719274-5772 Screw Bracket9274-6205MS24568-D19274-103819274-6667MS24568-A19274-55699274-10291MS24568-A2。
乐康瑞德番茄红素 来自奶与蜜之地的天然馈赠
乐康瑞德番茄红素来自奶与蜜之地的天然馈赠作者:暂无来源:《食品安全导刊》 2015年第5期孟雯本刊记者以色列地处地中海的东南方向,是世界上唯一以犹太人族群为主体民族的国家。
自建国以来,土地贫瘠、资源短缺的以色列,在犹太民族“永不满足”的精神下坚持走科技强国之路,重视教育和人才的培养,使经济得以较快发展。
由于地处沙漠地带边缘,严重缺水使以色列在农业方面形成了特有的滴灌节水技术,充分利用现有水资源将大片沙漠、沼泽变成了农田。
再加上先进的种子培育技术,农作物栽培及病虫害管理技术,不足总人口5%的农民不仅养活了国民,还大量出口优质水果、蔬菜、花卉和棉花等。
并不让人意外的是,在这片神奇的土地上,诞生了一家世界领先的专注于营养健康添加和天然色素的科研公司——乐康瑞德。
乐康瑞德致力于为全球膳食补充剂、药妆品、强化食品和饮料、色素以及增味剂行业开发天然增值配料和配方,目前在美国、欧洲、以色列和亚洲均设有区域分支机构。
在营养强化领域,乐康瑞德还将继续以创新引领行业发展,为生产商的每项产品应用打造专属解决方案。
在第19届中国国际食品添加剂和配料展览会(FIC2015)上,乐康瑞德商务发展总监沈苗先生就公司的特色产品及相关近况等问题接受了本刊记者的采访。
记者:在本届展会中,乐康瑞德带来了哪些明星产品?沈苗:乐康瑞德凭借20年的创新科学研发,在基于微胶囊化方案的高品质膳食补充剂成分、天然类胡萝卜素、药用化妆品成分、食品饮料成分、天然着色剂及天然增鲜剂领域持续领先。
而在预混料和微胶囊系统研发领域,更是有着超过30年的专业研发经验。
公司的产品涵盖一系列针对身体状况的解决方案,包括心脏健康、皮肤保护、骨骼健康、DNA损伤、眼睛健康及其他身体健康状况,并且多项研发项目获得全球顶尖大学和医疗中心临床研究的支持。
此次参展,我们带来了最知名的产品——乐康瑞德新一代的天然番茄红素,这款产品也是乐康瑞德投资开发对健康有益的产品的最好例证。
Crafter’s Choice绿色阿洛尔和四叶草香料油商品说明书
Product: Crafter’s Choice™ Green Aloe & Clover* Fragrance Oil7820 E Pleasant Valley RdIndependence, OH 44131(800) 359-0944 Page 1 of 3 2023-04-11 IndiMade Brands, LLC certifies that the above-mentioned fragrance product is in compliance with the standards of the International Fragrance Association [IFRA 50th Amendment (June '21)], provided the fragrance is used in the following application(s) at the following maximum concentration level(s):Product: Crafter’s Choice™ Green Aloe & Clover* Fragrance Oil7820 E Pleasant Valley RdIndependence, OH 44131(800) 359-0944 Page 2 of 3 2023-04-11Product: Crafter’s Choice™ Green Aloe & Clover* Fragrance Oil7820 E Pleasant Valley RdIndependence, OH 44131(800) 359-0944 Page 3 of 3 2023-04-11For all other applications, or use at higher concentration levels, a new evaluation will be required.The IFRA standards regarding use restrictions are based on safety assessments by the Research Institute for Fragrance Materials (RIFM) Expert Panel (REXPAN) and are enforced by the IFRA Scientific Committee. Evaluation of individual fragrance materials is made according to the safety standards contained in the relevant section of the IFRA Code of Practice.It is the ultimate responsibility of the customer to ensure the safety of the final product containing this fragrance, by further testing, if necessary.The above-mentioned fragrance product contains ingredients which are NOT considered GRAS, Generally Regarded as Safe as a Flavor Ingredient.。
安罗拉化妆品无添加系列
安罗拉化妆品-女士护肤产品介绍(瑞士配方专业,超天然无添加)安罗拉化妆品------可以吃的护肤品安罗拉蓝莓酵母优氧修复眼霜:防止产生皱纹,有效去除眼袋、黑眼圈、避免产生应眼袋,因眼部循环不畅而引起的脂肪粒。
安罗拉蓝莓酵母智能密集柔肤液:奶油配方,界于精华水和乳液之间,油水平衡,深度补水,袪除皱纹。
适合任何肤质使用。
4ml*5安罗拉苹果干细胞多肽原液:半透明的高效精华原液,苹果干细胞维持皮肤内细胞的平衡,保护肌肤干细胞,减缓肌肤的老化,三肽和六肽协同作用,有效袪除表情纹,真性皱纹。
安罗拉蓝莓酵母智能密集换肤乳液:深度补水,紧致肌肤,袪除皱纹,肌肤易吸收,轻盈零负担,安罗拉蓝莓酵母金钻尊亨极致霜:天然原料,质地厚实,肤感柔软,肌肤瞬间吸收,零负担。
深度补水,阻止细胞老化,减少细纹的产生。
另肌肤白晳,有弹性。
4ml*5安罗拉EGF玻尿酸原液:安罗拉无色透明原液, EGF表皮生长因子,全效修复肌肤,增加皮肤的再生和代榭。
玻尿酸保湿效果极佳,是表皮生产因子的极佳的载体,协同作用,提亮肤色,肌肤饱满度。
长期使用可以长时间保持皮肤水分、减少肌肤的敏感,增加肌肤抵抗力。
同时增加肌肤的活力。
暗沉的肌肤效果明显。
能有效收细毛孔,保持肌肤的细致。
安罗拉蓝莓酵母优氧甜静晚安冻膜:免洗型的一款面膜,淡绿色半透明状,皮肤易吸收。
能够给肌肤很好镇静和安抚的作用。
尤其对于白天晒后,上妆,工作疲劳的肌肤修复和安抚作用的效果特别明显。
4ml*5安罗拉酵母胶原原液:无色透明原液,高效修复因子和弹力因子,保持肌肤光泽。
酵母提取物:提高细胞有氧量,作为皮肤呼吸因子能刺激上皮细胞形成和胶原的合成。
提供肌肤所需胶原。
紧致肌肤保持肌肤弹性和光泽.。
安罗拉蓝莓酵母智能密集换肤水凝霜:质地新颖,似凝胶,涂开时有水滴,补水,柔滑肤感安罗拉蓝莓酵母优氧生态精华液:无色、无味、可以食用,深度补水,安全美白。
可做为神仙水全天使用。
安罗拉蓝莓酵母优氧BB霜:丝绒高贵触感,产品高防护,高隔离,高保湿,透气性好。
美国原装艾兰得成人多种维生素系列产品国内上市
美国原装艾兰得成人多种维生素 系列产品国内上市
本刊讯(记者 林雨晨)日前,全球领先的营养保 健品制造服务商—江苏艾兰得营养品有限公司宣布推 出 6 款专为成人设计的美国原装多维系列产品。消费 者可在“跨境通”电商平台购买全系列产品。
如今,越来越多的中国企业加速海外开拓、进军 国际市场。艾兰得是第一家“走出去”、在欧美发达国 家建立高端营养保健品生产基地的中国企业。目前,艾 兰得及旗下公司生产的产品已行销世界 80 多个国家和 地区,每年为全球近 2 亿名消费者提供各类高品质营 养保健品。2014 年和 2015 年,艾兰得蝉联两年位居 中国营养保健品出口企业首位。
完成海外收购、扩展国际布局只是艾兰得的起点, 将海外优质产品反哺国内市场才是艾兰得变身国际化的 应有之义。如今,在国家对跨境电商平台发展的大力支 持下,美国原装艾兰得成人多种维生素系列产品成功登 陆中国市场。
会展
Sino-Pack 2017:汇聚包装界先锋,开启全新导航领域
本刊讯(记者 高光普)2017 年 3 月 1~3 日,第二十四届中国国际包装工业展览会 Sino-Pack 及中国(广州) 国际包装制品展览会 PACKINNO 将如期在广州·中国进出口商品交易会展馆 B 区举行。展会总面积预计突破 44000 平 方米,参展商来自 22 个国家和地区,超过 660 家。
在市场对高效包装强烈的需求下,Sino-Pack 将于 2017 年迅速转型,在已有基础上继续开拓全新板块,进一步 迈向“大而专”的行业领先展会。主办方顺应市场导向,将推出 4 大主题展区:智能包装、物流包装、综合包装、 食品包装,覆盖主流包装产业,并打造成为中国首屈一指的智能自动化包装展,汇聚国际智能大咖亮相;同期的 PACKINNO 更是中国中高端创意包装采购及潮流的领导品牌展会,两展将全方位覆盖整个包装产业链,为专业卖家提 供一站式采购平台。
バイオエタノールのメリット
バイオエタノールのメリット1、やはり二酸化炭素の排出量を削減でき,地球温暖化防止に貢献ができるという事。
2、バイオエタノールを燃料として使用することによって、化石燃料の使用量を減らす事ができる。
3、バイオエタノールを作成する原料を廃木材など廃棄していたゴミからバイオエタノールを作成することもできるのでゴミの削減にも繋がる。
4、、バイオエタノールを利用することによって、従来の石油に頼っていた燃料消費の軽減も期待できる。
バイオエタノールの問題点1、地球上の耕作地を全て利用してバイオエタノールを作ったとしても、石油の代わりをしての代替エネルギーとして中心的なエネルギーとなることも難しいといわれています。
2、バイオエタノールを作成する為には、農業機械や肥料、農薬なども必要になるので、バイオエタノールの原料となる原料を作成するまでにも二酸化炭素の排出が問題点となっている場合があります。
3、バイオエタノールは、原料としてトウモロコシが使われている点が、食料とエネルギーの競合が行なわれるようになっているのもバイオエタノールの問題点になります。
1.第1編各種セルロース原料からのバイオエタノール製造技術と課題(非食料系・セルロース系原料からのバイオエタノール製造技術における現状と課題2.エネルギー作物開発のためのイネ科草類資源植物の評価と実用化への課題ほか)3.第2編前処理および糖化技術(セルロース系バイオマスの高効率酵素糖化に向けた前処理技術4.前処理および糖化の評価とプロセスの最適化ほか)5.第3編発酵技術(第2世代バイオエタノール(セルロース・バイオエタノール)の効率的生産-CBP法の展開6.清酒醸造技術を活用したセルロース原料からのエタノール発酵技術の開発ほか)7.第4編濃縮・分離技術および後処理技術(省エネ型次世代蒸留システムの開発8.ゼオライト膜を利用したエタノール濃縮技術ほか)9.第5編課題と展望(国内外で導入が進むバイオエタノールと今後の課題10.自動車産業としてのバイオ燃料への期待と展望ほかニュース1、トヨタ自動車は、同社のバイオ・緑化研究所(愛知県みよし市黒笹)を報道公開し、バイオ燃料(セルロースエタノール)の生産効率を引き上げる「酵母菌」を開発したと発表した。
ilisya玻尿酸原液保湿精华[秋季补水圣品]
ilisya玻尿酸原液保湿精华[秋季补水圣品]
#护肤#ilisya玻尿酸原液保湿精华。
规格:30ml 保质期:3年。
主要成分:透明质酸钠、水解燕麦蛋白、胶原、椰油醉、蓖麻油、素芳花油(茉莉花精油)。
功效:高保湿性能,有效解决肌肤干燥问题,增加肌肤,弹性和修护力,。
在皮肤表面形成一层透气的薄膜,阻隔外来灰尘的侵入,使肌肤呈现细腻、光滑润泽、紧致感;。
有效舒缓肌肤皱纹干燥、暗哑、松弛、皮肤发黄等现象,令肌肤焕发白皙、红润、透亮的美丽光彩。
爱乐活护肤品。
爱乐活——有态度、正能量的品质生活社区。
热爱生活,乐于分享的各类达人聚在这里,分享消费攻略,激发生活灵感,发现城市最IN 的角落。
在这里,有爱,有乐,有生活。
【更多精彩内容尽在爱乐活】
文章来源:/post/c8d12dbc6192ade4fdfc1564?from=wenku/?from=wenku。
爱乐活攻略225988
爱乐活攻略225988#白富美#。
【雅诗兰黛密集焕白祛斑精华露---"蛋白"肌肤轻松拥有】。
雅诗兰黛密集焕白祛斑精华露15ML 容量为正装的一半呢!粉蓝色的瓶子,配上银色外盖,让新款的雅诗兰黛密集焕白祛斑精华露显得格外清新,淡雅拥有净白无暇的美肌,一直就是我所追求的。
融入独创的Full Spectrum 智慧光谱淡斑科技,致力于解决肌肤黯黄、色斑等问题,传递全面美白效果,点亮每一寸肌肤,不要斑,不要黄,实现肌肤真正的清澈净白,白得自然干干净净。
包含补水因子,帮助对抗肌肤水分流失;葡萄糖胺甘草混合物,促进肌肤天然的细胞更新并祛除黯黄粗糙的表皮细胞,肌肤更柔滑透亮;胶原蛋白保护成分含有维他命C,帮助防止胶原蛋白絮乱。
从肌肤最底层推进净白动力,层层减退色斑、黯哑、枯黄,日日焕发净白裸肌。
再也没有净不了的斑点,祛不了的黯黄。
精华亲肤性极佳,很快就被肌肤吸收了!肌肤一点不油腻,也没有粘,厚重的感觉。
肌肤散发出迷人的光泽感,出现前所未有的白皙,水润。
肌肤显得如此平滑,细嫩。
爱乐活白富美。
雅诗兰黛密集焕白祛斑精华露15ML 容量为正装的一半呢粉蓝色的瓶子,配上银色外盖,让新款的雅诗兰黛密集焕白祛斑精华露显得格外清新,淡雅。
中文贴纸标注了此款精华的所有信息!温馨的提示标识:开盖24个月内用完。
淡黄如奶般的精华质地较为浓稠质地有点粘腻。
浓稠,粘腻的精华才是最佳的精华!精华亲肤性极佳,很快就被肌肤吸收了!肌肤一点不油腻,也没有粘,厚重的感觉。
肌肤散发出迷人的光泽感,出现前所未有的白皙,水润。
肌肤显得如此平滑,细嫩。
爱乐活——有态度、正能量的品质生活社区。
热爱生活,乐于分享的各类达人聚在这里,分享消费攻略,激发生活灵感,发现城市最IN的角落。
在这里,有爱,有乐,有生活。
【更多精彩内容尽在爱乐活】文章来源:/post/c3098eef25fd62f7a77f1f24?from=wenku/?from=wenku。
EPA 3015a (microwave digestion of water)
METHOD 3015A MICROWAVE ASSISTED ACID DIGESTION OF AQUEOUS SAMPLES AND EXTRACTSSW-846 is not intended to be an analytical training manual. Therefore, methodprocedures are written based on the assumption that they will be performed by analysts who are formally trained in at least the basic principles of chemical analysis and in the use of the subject technology.In addition, SW-846 methods, with the exception of required method use for the analysis of method-defined parameters, are intended to be guidance methods which contain general information on how to perform an analytical procedure or technique which a laboratory can use as a basic starting point for generating its own detailed Standard Operating Procedure (SOP),either for its own general use or for a specific project application. The performance data included in this method are for guidance purposes only, and are not intended to be and must not be used as absolute QC acceptance criteria for purposes of laboratory accreditation.1.0SCOPE AND APPLICATION1.1This microwave method is designed to perform extraction using microwave heating with nitric acid (HNO 3), or alternatively, nitric acid and hydrochloric acid (HCl). Since thismethod is not intended to accomplish total decomposition of the sample, the extracted analyte concentrations may not reflect the total content in the sample. This method is applicable to the microwave-assisted acid extraction/dissolution of available metals in aqueous samples, drinking water, mobility-procedure extracts, and wastes that contain suspended solids for the following elements:ElementCAS Registry No. a *Aluminum(Al)7429-90-5*Antimony(Sb)7440-36-0Arsenic(As)7440-38-2*Barium(Ba)7440-39-3*Beryllium(Be)7440-41-7Boron(B)7440-42-8Cadmium(Cd)7440-43-9Calcium(Ca)7440-70-2*Chromium(Cr)7440-47-3Cobalt(Co)7440-48-4Copper(Cu)7440-50-8*Iron (Fe)7439-89-6Element CAS Registry No. aLead(Pb)7439-92-1*Magnesium(Mg)7439-95-4Manganese(Mn)7439-96-5Mercury(Hg)7439-97-6Molybdenum(Mo)7439-98-7Nickel(Ni)7440-02-0Potassium(K)7440-09-7Selenium(Se)7782-49-2*Silver(Ag)7440-22-4Sodium(Na)7440-23-5Strontium(Sr)7440-24-6Thallium(Tl)7440-28-0*Vanadium(V)7440-62-2Zinc(Zn)7440-66-6a Chemical Abstract Service Registry Number*Elements which typically require the addition of HCl for optimum recoveries.Other elements and matrices may be analyzed by this method if performance isdemonstrated for the analyte of interest, in the matrices of interest, at theconcentration levels of interest (see Sec. 9.0).1.2This method provides options for improving the performance for certain analytes, such as antimony, iron, aluminum, and silver by the addition of hydrochloric acid, when necessary. It is intended to provide a rapid multi-element acid extraction prior to analysis so that decisions can be made about materials and site clean-up levels, and as an estimate of metal toxicity. Digests produced by the method are suitable for analysis by inductively coupled plasma mass spectrometry (ICP-MS), inductively coupled plasma atomic emission spectrometry (ICP-AES), flame atomic absorption spectrophotometry (FLAA), and graphite furnace atomic absorption spectrophotometry (GFAA). However, the addition of HCl may limit the quantitation methods, or increase the difficulties of quantitation with some techniques.Due to the rapid advances in microwave technology, consult the manufacturer's recommended instructions for guidance on their microwave digestion system. This method is generic and may be implemented using a wide variety of laboratory microwave equipment.1.3 Prior to employing this method, analysts are advised to consult the determinative method that may be employed in the overall analysis for additional information on quality control procedures, development of QC acceptance criteria, calculations, and general guidance. Analysts also should consult the disclaimer statement at the front of the manual and the information in Chapter Two for guidance on the intended flexibility in the choice of methods, apparatus, materials, reagents, and supplies, and on the responsibilities of the analyst fordemonstrating that the techniques employed are appropriate for the analytes of interest, in the matrix of interest, and at the levels of concern.In addition, analysts and data users are advised that, except where explicitly specified in a regulation, the use of SW-846 methods is not mandatory in response to Federal testing requirements. The information contained in this method is provided by EPA as guidance to be used by the analyst and the regulated community in making judgments necessary to generate results that meet the data quality objectives for the intended application.1.4Use of this method is restricted to use by, or under supervision of, properly experienced and trained personnel. Each analyst must demonstrate the ability to generate acceptable results with this method.2.0SUMMARY OF METHODA representative aqueous sample is extracted with concentrated nitric acid or, optionally, concentrated nitric acid and concentrated hydrochloric acid, using microwave heating with a suitable laboratory microwave unit. The sample and acid(s) are placed in a fluorocarbon polymer (such as PFA or TFM) or quartz microwave vessel or vessel liner. The vessel is sealed and heated in the microwave unit for a specified period of time. After cooling, the vessel contents are filtered, centrifuged, or allowed to settle and then diluted to volume and analyzed by the appropriate determinative method.3.0DEFINITIONSRefer to Chapter One, Chapter Three, and the manufacturer's instructions for definitions that may be relevant to this procedure.4.0INTERFERENCES4.1Solvents, reagents, glassware, and other sample processing hardware may yield artifacts and/or interferences to sample analysis. All these materials must be demonstrated to be free from interferences under the conditions of the analysis by analyzing method blanks. Specific selection of reagents and purification of solvents by distillation in all-glass systems may be necessary. Refer to each method for specific guidance on quality control procedures and to Chapter Three for general guidance on the cleaning of glassware. Also refer to the determinative methods to be used for a discussion of interferences.4.2Digestion of samples which contain organics will create high pressures due to the evolution of gaseous digestion products. This may cause venting of the vessels with potential loss of sample components and/or analytes. When warranted by the potential reactivity of the sample, a smaller sample size may be used, and the concentration for final calculations adjusted, but a final water volume prior to addition of acid(s) of 45 mL is recommended. A volume of 45 mL is recommended in order to retain the heat characteristics of the calibration procedure (if used). Variations of the method, due to very reactive materials, are specifically addressed in Sec. 11.3.3. Limits of quantitation will change with sample quantity (dilution) and with instrumentation.4.3Many samples can be dissolved by this method. However, when the sample contains suspended solids which are made up of refractory compounds, such as silicon dioxide,titanium dioxide, alumina, and other oxides, they will not be dissolved and in some cases may sequester target analyte elements. These bound elements are considered nonmobile in the environment and are excluded from most aqueous pollutant transport mechanisms.4.4Samples that are highly reactive or contaminated may require dilution before analysis. If samples are diluted, then any dilutions must be accounted for in all subsequent calculations. Highly reactive samples may also require pre-digestion in a hood to minimize the danger of thermal runaway and excessively vigorous reactions.5.0SAFETY5.1This method does not address all safety issues associated with its use. The laboratory is responsible for maintaining a safe work environment and a current awareness file of OSHA regulations regarding the safe handling of the chemicals listed in this method. A reference file of material safety data sheets (MSDSs) should be available to all personnel involved in these analyses.5.2The microwave unit cavity must be corrosion resistant and well ventilated. All electronics must be well protected against corrosion for safe operation.CAUTION:There are many safety and operational recommendations specific to the model and manufacturer of the microwave equipment used in individual laboratories. A listingof these specific suggestions is beyond the scope of this method. The analyst isadvised to consult the equipment manual, the equipment manufacturer, and otherappropriate literature for proper and safe operation of the microwave equipmentand vessels. For further details and a review of safety methods during microwavesample preparation, see Ref. 4 and the documents listed in Sec. 13.3.5.3This method requires microwave transparent and reagent resistant materials such as fluorocarbon polymers (examples are PFA and TFM) or quartz to contain acids and samples. For higher pressure capabilities, the vessel may be contained within layers of different microwave transparent materials for strength, durability, and safety. The internal volume of the vessel should be at least 100 mL, and the vessel must be capable of withstanding pressures of at least 30 atm (435 psi), and capable of controlled pressure relief. These specifications are to provide an appropriate, safe, and durable reaction vessel of which there are many adequate designs by many suppliers.WARNING: The outer layers of vessels are frequently not as acid or reagent resistant as the liner material. In order to retain the specified performance and safetyrequirements, these outer layers must not be chemically degraded or physicallydamaged. Routine examination of the vessel materials is necessary to ensuretheir safe use.WARNING: Another safety concern relates to the use of sealed containers without pressure relief devices. Temperature is the important variable controlling the reaction.Pressure is needed to attain elevated temperatures, but must be safely contained.Some digestion vessels constructed from certain fluorocarbons may crack, burst,or explode in the unit under certain pressures. Only vessels approved by themanufacturer of the microwave system being used are considered acceptable. CAUTION: An aqueous sample must contain no more than 1% (V/V or g/V) oxidizable organic material. Upon oxidation, organic material, whether liquid or solid, contributes togaseous digestion products. Pressure build-up above the pressure limit will resultin venting of the closed digestion vessel.WARNING:When acids such as nitric and hydrochloric are used to effect sample digestion in microwave units in open or sealed vessel(s), there is the potential for acid vaporsreleased to corrode the safety devices that prevent the microwave magnetron fromshutting off when the door is opened. This can result in operator exposure tomicrowave energy. Use of a laboratory-grade microwave equipment system withisolated and corrosion resistant instrument components and safety devicesprevents this from occurring. Users are therefore advised not to use domestic(kitchen) type microwave ovens or sealed containers which are not equipped withcontrolled pressure relief mechanisms for microwave acid digestions by thismethod. Use of laboratory-grade microwave equipment is needed to preventsafety hazards. For further details, see Ref. 4 and the documents listed in Sec.13.3.6.0EQUIPMENT AND SUPPLIESThe mention of trade names or commercial products in this manual is for illustrative purposes only, and does not constitute an EPA endorsement or exclusive recommendation for use. The products and instrument settings cited in SW-846 methods represent those products and settings used during method development or subsequently evaluated by the Agency. Glassware, reagents, supplies, equipment, and settings other than those listed in this manual may be employed provided that method performance appropriate for the intended application has been demonstrated and documented.This section does not list common laboratory glassware (e.g., beakers and flasks).6.1Microwave apparatus requirements6.1.1The temperature performance requirements necessitate the microwavedecomposition system to sense the temperature to within ± 2.5 E C and automaticallyadjust the microwave field output power within 2 seconds of sensing. Temperaturesensors should be accurate to ± 2 E C (including the final reaction temperature of 170 ± 5E C). Temperature feedback control provides the primary performance mechanism for themethod. Due to the variability in sample matrix types and microwave digestion equipment(i.e., different vessel types and microwave oven designs), temperature feedback control ispreferred for reproducible microwave heating. For further details, consult the document listed in Sec. 13.3.4.Alternatively, for a specific vessel type, specific set of reagent(s), and sample type,a calibration control mechanism can be developed similar to those described in previousmicrowave methods (see Method 3051). Through calibration of the microwave power for a specific number and type of vessel, vessel load, and heat loss characteristics of a specific vessel series, the reaction temperature profile described in Sec. 11.3.5 can be reproduced (see document listed in Sec. 13.3.4). The calibration settings are specific for the number and type of vessel and microwave system being used, in addition to the specific reagent combination being used. Therefore, no specific calibration settings are provided in this method. These settings may be developed by using temperature monitoring equipment for each specific set of microwave equipment and vessel type. They may be used asdescribed in Methods 3052 and 3051. In this circumstance, the microwave systemprovides programmable power, which can be programmed to within ± 12 W of the requiredpower. Typical systems provide 600 W - 1200 W of power. Calibration control provides backward compatibility with older laboratory microwave systems which may not beequipped for temperature monitoring or feedback control and with lower cost microwave systems for some repetitive analyses. Older vessels with lower pressure capabilities may not be compatible (see Refs. 2, 3, and 4 and the documents listed in Secs. 13.3.3 and 13.3.4).6.1.2The accuracy of the temperature measurement system should beperiodically validated at an elevated temperature. This can be done using a container of silicon oil (a high temperature oil) and an external, calibrated temperature measurement system. The oil should be adequately stirred to ensure a homogeneous temperature, and both the microwave temperature sensor and the external temperature sensor placed into the oil. After heating the oil to a constant temperature of 170 ± 5 E C, the temperatureshould be measured using both sensors. If the measured temperatures vary by more than 1 to 2 E C, the microwave temperature measurement system should be calibrated.Consult the microwave manufacturer’s instructions about the specific temperature sensor calibration procedure (see Method 3052).6.1.3 A rotating turntable is employed to ensure the homogeneous distributionof microwave radiation within the unit. The speed of the turntable should be a minimum of 3 rpm. Other types of equipment that are used to assist in achieving uniformity of the microwave field may also be appropriate.6.2Class A or appropriate mechanical pipette, volumetric flask, or graduated cylinder,50- or 100-mL capacity or equivalent.6.3Filter paper, qualitative or equivalent.6.4Filter funnel, glass, polypropylene, or other appropriate material.6.5Analytical balance, of appropriate capacity and resolution, meeting data quality objectives.7.0REAGENTS AND STANDARDS7.1Reagent-grade chemicals must be used in all tests. Unless otherwise indicated, it is intended that all reagents conform to the specifications of the Committee on Analytical Reagents of the American Chemical Society, where such specifications are available. Other grades may be used, provided it is first ascertained that the reagent is of sufficiently high purity to permit its use without lessening the accuracy of the determination.7.2All acids should be sub-boiling distilled and/or high purity where possible tominimize blank levels due to metallic contamination. Other grades may be used, provided it is first ascertained that the reagent is of sufficient purity to permit its use without decreasing the accuracy of the determination. If the purity of a reagent is questionable, the reagent should be analyzed to determine the level of impurities. The reagent blank must be less than the lower limit of quantitation in order to be used.7.2.1Concentrated nitric acid (HNO 3) -- The acid should be analyzed todetermine levels of impurity. If the method blank is less than the lower limit of quantitation,the acid can be used.7.2.2Concentrated hydrochloric acid (HCl) -- The acid should be analyzed todetermine levels of impurity. If the method blank is less than the lower limit of quantitation, the acid can be used.7.3Reagent water -- Reagent water must be interference free. All references to water in the method refer to reagent water unless otherwise specified. For further details, consult the document listed in Sec. 13.3.1.8.0SAMPLE COLLECTION, PRESERVATION, AND STORAGE8.1See the introductory material in Chapter Three, "Inorganic Analytes."8.2All sample containers must be prewashed with acids, water, and metal-free detergents, if necessary, depending on the use history of the container (see the document listed in Sec. 13.3.4). Plastic and glass containers are both suitable. For further information, see Chapter Three.8.3Aqueous waste waters must be acidified to a pH < 2 with HNO.39.0QUALITY CONTROL9.1Refer to Chapter One for additional guidance on quality assurance (QA) and quality control (QC) protocols. When inconsistencies exist between QC guidelines, method-specific QC criteria take precedence over both technique-specific criteria and those criteria given in Chapter One, and technique-specific QC criteria take precedence over the criteria in Chapter One. Any effort involving the collection of analytical data should include development of a structured and systematic planning document, such as a Quality Assurance Project Plan (QAPP) or a Sampling and Analysis Plan (SAP), which translates project objectives and specifications into directions for those that will implement the project and assess the results. Each laboratory should maintain a formal quality assurance program. The laboratory should also maintain records to document the quality of the data generated. All data sheets and quality control data should be maintained for reference or inspection.9.2Initial demonstration of proficiencyEach laboratory must demonstrate initial proficiency with each sample preparation and determinative method combination it utilizes by generating data of acceptable accuracy and precision for target analytes in a clean reference matrix. This will include a combination of the sample extraction method and the determinative method (a 6000 or 7000 series method). The laboratory must also repeat the demonstration of proficiency whenever new staff are trained or significant changes in instrumentation are made.9.2.1Prepare the reference samples from a spiking solution containing eachanalyte of interest. The reference sample concentrate (spiking solution) may be prepared from pure standard materials, or purchased as certified solutions. If prepared by thelaboratory, the reference sample concentrate should be made using stock standardsprepared independently from those used for calibration.9.2.2The procedure for preparation of the reference sample concentrate isdependent upon the method being evaluated. Guidance for reference sampleconcentrations for certain methods is listed in Sec. 9.2.4. In other cases, thedeterminative methods may contain guidance on preparing the reference sample concentrate and the reference sample. In the absence of any other guidance, consult Sec. 9.3.3 and prepare the spiking solution accordingly.The concentration of target analytes in the reference sample may be adjusted to more accurately reflect the concentrations that will be analyzed by the laboratory. If the concentration of an analyte is being evaluated relative to a regulatory limit or action level, see Sec. 9.3.3 for information on selecting an appropriate spiking level.9.2.3To evaluate the performance of the total analytical process, the reference samples must be handled in exactly the same manner as actual samples. See the note in Sec. 9.3.1 for important information regarding spiking samples.9.2.4Preparation of reference samples for specific determinative methodsThe following sections provide guidance on the QC reference sample concentrates for many determinative methods. The concentration of the target analytes in the QC reference sample for the methods listed below may need to be adjusted to more accurately reflect the concentrations of interest in different samples or projects. If the concentration of an analyte is being evaluated relative to a regulatory limit or action level, see Sec. 9.3.3 for information on selecting an appropriate spiking level. In addition, the analyst may vary the concentration of the spiking solution and the volume of solution spiked into the sample. However, because of concerns about the effects of the spiking solution solvent on the sample, the total volume spiked into a sample should generally be held to no more than 1 mL. For any determinative method not listed below, the analyst should consult Sec. 9.3.3 and is free to choose analytes and spiking concentrations appropriate for the intended application. See the note in Sec. 9.3.1 for important information regarding spiking samples.NOTE:All of the concentrations listed below refer to the concentration of the spiking solution itself, not the concentration of the spiked sample.9.2.4.1Method 6010, Inorganic Elements by ICP-AES -- The QCreference sample concentrate should contain each analyte at 1,000 mg/L inreagent water with appropriate type(s) and volume(s) of acid(s). See Method6010.9.2.4.2Method 6020, Inorganic Elements by ICP-MS -- The QCreference sample concentrate should contain each analyte at 1,000 mg/L inreagent water with appropriate type(s) and volume(s) of acid(s). See Method6020.9.2.4.2Method 7000, Inorganic Elements by Flame AAS -- The QCreference sample concentrate should contain each analyte at 1,000 mg/L inreagent water with appropriate type(s) and volume(s) of acid(s). See Method7000.9.2.4.3Method 7010, Inorganic Elements by Graphite Furnace AAS --The QC reference sample concentrate should contain each analyte at 1,000 mg/L in reagent water with appropriat type(s) and volume(s) of acid(s). See Method7010.9.2.4.4Method 7061, Arsenic by AA, Gaseous Hydride -- The QCreference sample concentrate should contain arsenic at 1,000 mg/L in reagentwater with appropriate volume of concentrated nitric acid. See Method 7061.9.2.4.5Method 7062, Antimony and Arsenic by AA, BorohydrideReduction -- The QC reference sample concentrate should contain each analyte at 1,000 mg/L in reagent water with appropriate volume of concentrated nitric acid.See Method 7062.9.2.4.5Method 7063, Arsenic by ASV -- The QC reference sampleconcentrate should contain mercury at 1,000 mg/L in reagent water withappropriate volume of concentrated nitric acid. Stock solutions are commerciallyavailable as spectrophotometric standards. See Method 7063.9.2.4.6Method 7470, Mercury in Liquid Waste by Manual Cold-VaporTechnique -- The QC reference sample concentrate should contain mercury at1,000 mg/L in reagent water with appropriate volume of concentrated nitric acid.Stock solutions are also commercially available as spectrophotometric standards.See Method 7470.9.2.4.7Method 7471, Mercury in Solid or Semisolid Waste by ManualCold-Vapor Technique -- The QC reference sample concentrate should containmercury at 1,000 mg/L in reagent water with appropriate volume of concentratednitric acid. Stock solutions are also commercially available as spectrophotometric standards. See Method 7471.9.2.4.8Method 7472, Mercury by ASV -- The QC reference sampleconcentrate should contain mercury at 1,000 mg/L in reagent water withappropriate volume of concentrated nitric acid. Stock solutions are alsocommercially available as spectrophotometric standards. See Method 7472.9.2.4.9Method 7473, Mercury by Thermal, Decomposition,Amalgamation, and AA -- The QC reference sample concentrate should containmercury at 1,000 mg/L in reagent water with appropriate volume of concentratednitric acid. Stock solutions are also commercially available as spectrophotometric standards. See Method 7473.9.2.4.10Method 7474, Mercury by Atomic Fluorescence -- The QCreference sample concentrate should contain mercury at 1,000 mg/L in reagentwater with appropriate volume of concentrated nitric acid. Stock solutions are also commercially available as spectrophotometric standards. See Method 7474.9.2.4.11Method 7741, Selenium by AA, Gaseous Reduction -- The QCreference sample concentrate should contain selenium at 1,000 mg/L in reagentwater. See Method 7741.9.2.4.12Method 7742, Selenium by AA, Borohydride Reduction -- TheQC reference sample concentrate should contain selenium at 1,000 mg/L inreagent water. See Method 7742.9.2.5Analyze at least four replicate aliquots of the well-mixed reference samples by the same procedures used to analyze actual samples. This will include a combination of the sample preparation method and the determinative method (a 6000 or7000 series method). Follow the guidance on data calculation and interpretation presented in the determintive method.9.3Sample quality control for preparation and analysis9.3.1Documenting the effect of the matrix should include the analysis of at least one matrix spike and one duplicate unspiked sample or one matrix spike/matrix spike duplicate pair per analytical batch. The decision on whether to prepare and analyze duplicate samples or a matrix spike/matrix spike duplicate must be based on a knowledge of the samples in the sample batch. If samples are expected to contain target analytes, laboratories may use one matrix spike and a duplicate analysis of an unspiked field sample. If samples are not expected to contain target analytes, then laboratories should use a matrix spike and matrix spike duplicate pair. The consideration as to which sample for a given batch is selected for QC analyses should be decided during the project planning process and documented in an approved sampling and analysis plan. The actual sample selected for QC analyses should be representative of the entire matrix composition for a given extraction batch, since data quality assumptions will likely be applied to all batch samples based on compliance to the stated data quality objectives and meeting the recommended precision and accuracy criteria. Therefore, it is inappropriate to combine dissimilar matrices in a single sample preparatory batch and expect to use a single set of QC samples. Sec. 9.3.3 provides guidance on establishing the concentration of the matrix spike compounds in the sample chosen for spiking.The choice of analytes to be spiked should reflect the analytes of interest for the specific project. Thus, if only a subset of the list of target analytes provided in a determinative method are of interest, then these would be the analytes of interest for the project. In the absence of project-specific analytes of interest, it is suggested that the laboratory periodically change the analytes that are spiked with the goal of obtaining matrix spike data for most, if not all, of the analytes in a given determinative method. If these compounds are not target analytes for a specific project, or if other compounds are known to be of greater concern at a given site, then other matrix spike compounds should be employed.CAUTION:The utility of the data for the matrix spike compounds depends on the degree to which the spiked compounds mimic the compounds already present in afield sample. Therefore, it is CRITICAL that any compounds added to asample are added to the sample aliquot PRIOR TO any additional processingsteps. It is also CRITICAL that the spiked compounds be in the samechemical form as the target compounds.9.3.2 A laboratory control sample (LCS) should be included with each analytical batch. The LCS consists of an aliquot of a clean (control) matrix similar to the sample matrix and of the same weight or volume: e.g., reagent water for the water matrix or sand or soil for the solid matrix. The LCS is spiked with the same analytes at the same concentrations as the matrix spike, when appropriate. When the results of the matrix spike analysis indicate a potential problem due to the sample matrix itself, the LCS results are used to verify that the laboratory can perform the analysis in a clean matrix.9.3.3The concentration of the matrix spike sample and/or the LCS should be determined as described in the following sections.9.3.3.1If, as in compliance monitoring, the concentration of a specificanalyte in the sample is being checked against a regulatory limit or action level, the。
ACU-RITE 精密玻璃尺度说明书
V i s i t u s a t ...ww w .a c u -r i t e .c o mP .N. 9951-0220 Rev. 5/07Made in USAPrecision Glass ScalesWith more than one million scales in use today, ACU-RITE precision glass scales withstand the elements of contamination found in even the harshest machine shop environments. As a result, our precision glass scales resist changes in size, shape or density due to temperature and humidity variations. This stability provides exceptional accuracy down to ±1.5µm (.00006"), resulting in tighter workpiece tolerances.ACU-RITE scales are available in travel lengths from 1"–773" and in resolutions from 0.5µm (.00002") to 5µm (.0002").Worldwide Office LocationsAcu-Rite Companies Inc. USAOne Precision Way, Jamestown, NY 14701 Tel: 800.344.2311 Fax: 716.661.1888 Web:/E-mail:******************Acu-Rite Companies Inc. USA - West Coast Office16312 Garfield Avenue, Unit B, Paramount, CA 90723 Tel: 562.634.5421 Fax: 562.634.5459 Web:/E-mail:******************ACI (Shanghai Rep. Office), ChinaRoom 1986, Tower B, City Center of Shanghai No. 100 Zunyi Lu Road, Chang Ning District 200051 Shanghai P .R.C Tel: 011.86.21.62370398 Fax: 011.86.21.62372320E-mail:******************ACU-RITE GmbH, GermanyFraunhoferstrasse 1, D-83301, Traunreut, Germany Tel: 011.49.8669.856110 Fax: 011.49.8669.850930 Web:www.acu-rite.de/E-mail:****************ANILAM srl, Acu-Rite Products, ItalyStrada Borgaretto, 38, 10043 Orbassano, Torino, Italy Tel: 011.39.011.900.2606 Fax: 011.39.011.900.2466 Web:www.acu-rite.it/E-mail:************ANILAM TW, Acu-Rite Products, TaiwanNo. 246 Chau-Fu Road, Taichung City 407, Taiwan, ROC Tel: 011.886.4.225.87222 Fax: 011.886.4.225.87260 E-mail:*******************ACI (UK) Limited, United Kingdom16 Plover Close, Interchange Park, Newport Pagnell Buckinghamshire, MK16 9PS United Kingdom Tel: 011.44.0.1908.514.500 Fax: 011.44.0.1908.610.111 Web:/E-mail:**************.ukVUE Technical DataDisplay 1-,2- or 3-axes 5.7”transmissive LCD displayCommon Functions• Job clock • Feed rate display • Multiple language supports • Absolute/incremental • Near-zero warning • Help function • 16 tool offsets / diameter • Preset and zero reset • 4 function calculator / Trig calculator • Instant inch/mm conversion • 200mm fixed reference marksMilling Specific Functions • Bolthole pattern calculations with graphics (full and partial circles/linear patterns)• Centerline calculation enables you to establish workpiece zero and midpointsTurning Specific Functions • Lock axis feature - used in conjunction with tool offsetting,lets you establish tool offsets with the tool under load,resulting in reduced tool deflection.• Instant radius / diameter conversion Error Compensation Linear and non-linear compensation up to +/-9,999 ppmConstruction Die-cast metalData Interface Serial communication via USB for software downloadsElectrical Requirements Voltage of 100-240 Vac Power of 25 VA max Frequency of 50/60 Hz (+/-3Hz)Operating Temperature0 degrees to 45 degrees C (32 degrees to 113 degrees F)Storage Temperature-20 degrees to 70 degrees C (-22 degrees to 158 degrees F)Weight5.20 lbs.CertificationsISO-9001:2001,UL,CSA,CEVUE for MillingThe world’s first choice for readout systems.Visit today for more information.VUE for Turning VUE for GrindingThe ACU-RITE VUE is a simple, cost-effectiveentry level solution for manual machine toolapplications.The ACU-RITE VUE features exclusive LCD display screentechnology and versatile software to accommodatemilling, turning or grinding applications. The ACU-RITEVUE is the first readout in the industry to display full texton a crystal clear LCD display. Plus, a content-sensitivehelp function assists you right on screen.The ACU-RITE VUE is designed and manufactured inACU-RITE’s ISO 9001:2001 certified facility. They aredesigned to UL/CSA/CE specifications and are backed by a3-year Hassle-Free Warranty.ACU-RITE maintains a strong worldwide authorizeddistribution network of fully trained and qualifiedpersonnel to provide quality sales and service support.ACU-RITE’s authorized distribution network is readilyavailable to provide prompt delivery, thorough producttraining and skilled technical service.VUE LCD Digital ReadoutsV ersatile, User-Friendly, Easy.SALES & SERVICE: A Tech Authority, Inc. 13745 Stockton Ave. Chino CA 91710 909-614-4522 ************************SALES & SERVICE: A Tech Authority, Inc. 13745 Stockton Ave. Chino CA 91710 909-614-4522 ************************。
爱乐活购物攻略254068
爱乐活购物攻略254068
#天生美肌#相信姐妹们和我一样对Astara爱诗黛菈这个护肤品牌充满了好奇,它可是刚刚被引进到中国的美国护肤品牌,是Sunny Griffin女士创办的天然植物护肤调理品牌。
这瓶维生素营养面膜是Astara爱诗黛菈的明星产品之一,初拿到手就让我一见倾心,透明的玻璃瓶身设计透着大品牌的天然纯净和大气,是我喜欢的产品风格,简约中尽显奢华。
第一次接触爱诗黛菈就有机会试用这款面膜着实令我很兴奋,因为它是创始人Sunny自己最喜欢的一件产品哦,算得上是一款全能型面膜啦。
一打开瓶盖就有阵阵的清新芳香扑鼻而来,我真是大爱这种香味,清新淡雅又不浓重甜腻,敷起面膜来就有芬芳香气伴在左右很是怡人啊。
面膜的质地看上去非常细腻柔滑,具有丰富的水润感,白色的乳状面膜本身具有很高的水油平衡度,极致的丰盈柔滑感好像是至纯至精的牛奶般丝滑。
这种恰到好处的面膜质感滑如丝软如棉,清爽水润又没有半点厚重粘腻感。
爱乐活购物设计师挑面膜。
爱诗黛菈维生素营养面膜
质地很赞
爱乐活——有态度、正能量的品质生活社区。
热爱生活,乐于分享的各类达人聚在这里,分享消费攻略,激发生活灵感,发现城市最IN 的角落。
在这里,有爱,有乐,有生活。
【更多精彩内容尽在爱乐活】
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瑞士ALELEA有机系列效果如何?
1. 瑞士ALELEA有机系列洁面慕斯真的好用吗?
1. 产品介绍:以阿尔卑斯山冰川水位基础,提供肌肤所需微量元素,搭配在阿尔卑斯山脚下培育的纯净莲花精华,可以软化角质,改善干燥,为肌肤带来无比的清新透亮。
特殊的真空强力帮辅,将洁颜因子转化为绵密细致的泡沫,可温和清除油脂及迅速导出深层污垢,使毛孔彻底清洁畅通,同时降低洁颜对肌肤的刺激与伤害。
洗后感觉舒服、嫩滑、不干燥,无残留感。
加上莲花精华强力的抗敏作用,最适合敏感脆弱肌肤使用。
微信:ad2035
2. 主要成分:1.冰川水:来自瑞士阿尔卑斯山,最纯净的天然冰川水,是最纯净的水,对皮肤只有呵护,没有伤害,长期使用,皮肤越用越健康,越美丽。
2. 莲花精华:可中和皮肤酸碱值,使皮肤维持在弱酸性,维持皮肤最佳状态。
3. 微量元素:可使皮肤角质新陈代谢正常,维持水内细致肌肤。
4. 米糠酵素:从米糠中经冷压萃取的酵素,能完全分解毛孔中的油脂,维持毛孔畅通,并缩小毛孔,对一般彩妆粉底有着惊人的效果。
生物纤维面膜—瑞士3D 类离子导入人工皮面膜
生物纤维面膜是面膜中的一种,它由木醋杆菌自然发酵制成的纤维体。
具有类似皮肤的功能,能透氧隔离细菌,能适用于烧烫伤的披覆物,是经由严谨的发酵工程,孕育衍生出来的纳米级有机纤维。
中文名:生物纤维面膜 纤维直径:0.05—0.08微米
成分:木醋杆菌 功能:防止色素沉着
微信:ad2035
微信:ad2035
1.特性:有机纤维制成的天然纤维是自然界中最微小的有机纤维,纤维直径约为0.5—0.8
微米,同时呈现3D立体交错结构,能让空气通过,柔软同时具有绝佳韧性。
它有极强的吸水性能和极强的排油去污能力,无论被任何信用油或工业用油所污染,都可以轻易的在清水中吸取,无需清洁剂,且自身具有不沾油污的特性。
该面膜质地非常柔软,容易清洗,是纯天然健康环保用品,由于具有不被人体排斥的特性,因此,在医学界被用来作为心血管修复与人造皮肤使用。
由于生物纤维面膜具有超强的亲肤性,同时又具有能贴入皱纹与皮丘深处的包覆能力,因此较一般布织面膜更提升敷面效果,并可紧贴肌肤,不会出现一般面膜脱落的现象。
2.原料:它的原料很独特:生物纤维是国际最新流行的植物纤维之一,它采用100%天然
无污染落叶树木、榉木等,经过脱糖去脂先进工艺精制而成。
它天性柔软、分解油污、抗菌、抗静电,使其拥有其他面膜无可比拟的新品质。
不含任何化学添加成分。
采用对人体无害活性染料。
生物纤维材料作为生物材料中一个重要的类别,目前得到了越来越广泛的关注和发展。
一方面,临床中不少领域对良好的生物纤维材料有着迫切的需求,使生物纤维材料具有非常重要的研究意义和价值;另一方面,纺织科学与技术的迅速发展使得关于生物纤维材料的研究不仅仅停留在对天然材料结构和功能的研究,而且大大促进了对材料的仿生制备的技术发展,加快了良好的新型生物纤维材料的应用进程。
生物纤维材料,它包括两方面的含义:首先,它是生物材料,是指“用于取代、修复活组织的天然或人造材料”,这就需要这种材料具有良好的生物相容性,生物活性和可降解性,尽量接近天然材料的性能。
其主要研究方法和目的是在分析天然生物材料微组装、生物功能及形成机理基础上,发展用于人体器官组织修复与替代的仿生高性能工程材料。
其次,它是具有特殊的形态的材料—纤维材料,这种特殊的形态使得它们以特
殊的功能和应用领域而成为一类。
天然生物纤维材料主要为生物体的高分子(如核酸、蛋白质、纤维素及多糖)形成的纤维,其中,结构蛋白是一重要类别,包括蚕丝,蜘蛛丝和胶原纤维等。
它们具有优良的力学性能、生物相容性及生物活性,此外,其可降解性也不会对人体和自然造成不良影响。
3.功能:由于其独特的成分,使得生物纤维面膜能更好的抑制络氨酸酶的活性,防止皮肤
的色素沉着与形成色斑、与雀斑的现象,并且能清楚含氧自由基,也有极佳的保湿效果。
它能促进皮肤的新陈代谢、更新老化角质,使皮肤自然白皙,抚平皱纹,使皮肤更光滑舒适。
4.成分作用:生物纤维的主要成分一般包括十种:
1. 清酒酵母Saka yeast 清酒酵母精华:摄制络氨酸酶的活性,防止皮肤的色素沉
着与形成色斑、与雀斑的现象,并且能清楚含氧自由基,也有极佳的保湿效果。
2. 微
晶酵母Exfocellia 微晶酵母:促进皮肤新成代谢的作用,更新老化角质,使皮肤白
皙,抚平皱纹,使皮肤光滑舒适。
3. 甘草精Dipotassium flycyrrhizinate 甘草精:抑
制络氨酸酶的活性与生成,并且赋予细胞更新,美白肌肤,同时具有抗过敏及消炎
的作用。
4. 熊果素Arbutin 熊果素:美白淡斑因子,能淡化顽强的肝斑,阻断黑色
素形成。
5. 奇异果萃取液Kiwifruit ext 奇异果萃取液:含有丰富维生素C和矿物
山花精:使皮肤重现
美白胜肽:高科技生化结晶,Melaclear-2
素的代谢,达到全方位的美白功效,使肌肤清透白皙。
9. 美白细胞传导因子
Lumiskin 美白细胞传导因子,抑制络氨酸酶的活性,减少黑色素生成,淡化斑点,使肌肤均匀、光彩、白皙。
10. 维生素C葡萄糖苷Ascorbyl Glucoside 维他命C葡
萄糖苷:预防黑色素形成及淡化已形成的黑色素及黑斑。
5. 使用方法:脸部清洁过后使用,内容物含网状纸质表层、中层生物纤维面膜、珍珠膜底
层等三部分。
先撕去网状表层后,将中层生物纤维面膜眼部、口鼻部分,由上而下、由内而外轻敷于全脸后,撕去珍珠膜底层,使用时可自由活动,无需担心面膜脱落,月20-25分钟后取下即可,如脸上仍留有精华液,请以指腹轻轻按摩至肌肤完全吸收,无须以水冲洗,直接进行基础保养程序。
6.生物纤维:由于独特的材质,生物纤维面膜口口相传,成为台湾明星艺人最爱用的面膜,
也是台湾销售第一的面膜商品。
大S曾经在她的美容大王一书中提到,这是她几乎每天都要用的面膜。
美容教父牛尔,美容教主伊能静都在自己的美容心经中分享此材质面膜。
面膜由无纺布时代到蚕丝时代,现在已经到生物纤维时代了。
现在市场上很多品牌已经在做生物纤维面膜,宠爱之名属于第一个做生物纤维面膜的,受到很多艺人明星的追捧,效果不错,只是价格相对在面膜品类中算比较贵的,阿芙也有自己一款生物纤维面膜,价格跟宠爱之名差不多,而生物纤维面膜品类比较齐全的是咏花集旗下的生物纤维面膜,它属于从台湾进口的半成品在国内分装,价格相对低一点,算是性价比不错的一款生物纤维面膜,还有像维肌泉等也做生物纤维面膜,生物纤维成为下一个面膜流行趋势。
7. 同类面膜:无纺布面膜VS蚕丝面膜VS生物纤维面膜
无纺布尤其是纯棉的,敷感柔润舒服,密封性好,但是透气性一般,精华液少时会翘起不服帖,更多需要躺着敷面膜才能达成完美效果。
蚕丝面膜:轻薄,服帖性好,透气性好,但是承载精华液一般,因为薄,所以承载精华液有限,很多都留在面膜袋,或者敷的过程中精华液容易流到脖子。
生物纤维面膜:服帖性好,同时透气不滴水,低敏性,产品中蕴含着类似于人本表皮细胞核状中空的生物活性体,通过特殊的工艺,经过长达数10天与人体体温相同的恒温培养,从而将营养成分进入中空的生物活性体内,使用时只有当产品与皮肤温度一致且毛孔张开的情况下,营养成分才会缓慢的通过毛孔进入到皮肤深层,呈现了完美吸收营养的饱满及不滴水的传奇现象。
瑞士纯天然有机ALELEA水漾极润化妆水
微信:ad2035
1. 产品介绍:我们人的皮肤水分的分布:表皮层占70%,真皮层占30%,而角质层占表层
水分的20%,当角质层的含水量低于10%时,角质组织就会断裂,此时肌肤表面就会呈
现干燥、细纹及失去光泽。
表皮的结构就像是一座水库一样,牢牢的把水分锁住,而细胞间质液就像水库挡水墙准块中的水泥,紧密的封住墙壁,不让水分渗漏,因此,当细胞间质液有不足时,皮肤的水分就会像没关紧的水龙头一样,不停的流失。
此时皮肤就会失去光泽,变得粗糙并且产生皮屑及细纹。
瑞士ALELEA水漾极润化妆水除了提供一般爽肤水的再次清洁、平衡PH值及杀菌外,更添加珍贵的细胞间质液,重新建立皮肤的储水能力及形成保护膜,能瞬间大幅提升表皮含水量,使肌肤重现光泽和细嫩。
2. 主要成分:
1. 灵芝精华:增加细胞含氧量,加速细胞新陈代谢的速度,恢复肌肤原有的光彩,消
除肌肤暗淡无光的问题。
2.细胞间质液:从珍贵的大豆类黄酮所萃取(100公斤才能萃取1公斤),能立即锁住
皮肤的水分,瞬间使肌肤展现晶莹剔透及亮丽光彩。
3.药用婆婆草:强大的中合作用,能调理表皮PH值,维持肌肤的最佳状态。
4.弹力蛋白胜肽:增加皮肤的弹性,预防肌肤松弛。
3. 使用方法:洁颜慕斯后,用化妆棉取适量全脸轻拍2次,接着用手按摩至吸收,然后再
使用日、晚霜。