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OIML-R123-e97
Portable and transportable X-ray fluorescence spectrometers for field measurement of hazardous elemental pollutants Spectromètres à fluorescence de rayons X portatifs et déplaçables pour la mesure sur le terrain d’éléments polluants dangereuxOIML R 123Edition 1997 (E)Organisati on Internationalede Métrologie LégaleCONTENTSForeword (3)1Scope (4)2Application (5)3Terminology (5)4Description of the instrument (6)5Metrological requirements (9)6Technical requirements (14)7Practical instructions (15)8Metrological controls (15)References (17)Annex A Overall performance test for the instrument (18)Annex B Performance tests for influence factors (20)Annex C Test report format (22)GRANDE IMPRIMERIE DE TROYES Printed in France130, rue Général-de-Gaulle, 10000 TroyesFOREWORDThe International Organiz ation of Legal Metrology (OIML) is a worldwide, intergovernmental organiz ation whose primary aim is to harmonize the regulations and metrological controls applied by the national metrological services, or related organizations, of its Member States.The two main categories of OIML publications are:1)International Recommendations (OIML R), which are model regulations that establish the metrologicalcharacteristics required of certain measuring instruments and which specify methods and equipment for checking their conformity; the OIML Member States shall implement these Recommendations to the greatest possible extent;2)International Documents (OIML D), which are informative in nature and intended to improve the work of themetrological services.OIML Draft Recommendations and Documents are developed by technical committees or subcommittees which are formed by the Member States. Certain international and regional institutions also participate on a consultation basis.Cooperative agreements are established between OIML and certain institutions, such as ISO and IEC, with the objective of avoiding contradictory requirements; consequently, manufacturers and users of measuring instruments, test laboratories, etc. may apply simultaneously OIML publications and those of other institutions.International Recommendations and International Documents are published in French (F) and English(E) and are subject to periodic revision.OIML publications may be obtained from the Organization’s headquarters:Bureau International de Métrologie Légale11, rue Turgot - 75009 Paris - FranceTelephone: 33 (0)1 48 78 12 82 and 42 85 27 11Fax: 33 (0)1 42 82 17 27E-mail: biml@** *This publication - reference OIML R123, edition 1997 (E) - was developed by the OIML technical subcommittee TC16/SC4Field measurement of hazardous (toxic) pollutants. It was sanctioned by the International Conference of Legal Metrology in 1996.– 3–PORTABLE AND TRANSPORTABLE X-RAY FLUORESCENCE SPECTROMETERS FOR FIELD MEASUREMENTOF HAZARDOUS ELEMENTAL POLLUTANTS1Scope1.1This Recommendation provides requirements for defining, testing and verifying theperformance of portable and transportable X-ray fluorescence (XRF) spectrometers which may be used for legal measurements of hazardous elemental pollutants found in various media, especially soil and waste water.This Recommendation applies only to energy-dispersive X-ray spectrometers, but does not intend to exclude any other equivalent means of analysis.Portable and transportable instruments are self-contained or integrated compact assemblies which can be used to carry out a complete analysis on site.The portable instruments usually operate on battery (DC) power, and the transportable instruments usually operate on mains or generator (AC) power.The major components specified in this Recommendation reflect examples of current technology and are not intended to exclude new developments. Laboratory-based instruments are not covered in this Recommendation.1.2Instruments that meet the requirements of this Recommendation have flexibility insome major components depending on their specific applications.1.2.1Essential instrument components are an excitation source, a means of providingreproducible presentation of the sample being measured, a detector, and a data processing system.1.2.2The excitation source may be either an X-ray tube with or without secondarytargets or radioactive source(s). The principle X-ray fluorescence energies of the target elements of interest is from approximately 1keV to 14keV. Appropriate detectors currently available are gas-filled proportional detectors and semiconductor detectors.1.3Instrument performance better than the criteria prescribed in these applicationsmay be achieved by optimiz ing the performance of each major component of the measuring system as well as new technological developments. In such cases, success may depend on the knowledge, skill and experience of the operator.1.4Sampling plans, sample preparation and measurement methods are beyond thescope of this Recommendation.1.5This Recommendation does not address safety requirements and tests necessary forpersonnel protection. Manufacturers and users should therefore determine that the instruments meet intrinsic safety and labeling requirements according to national regulations.– 4–2Application2.1Portable and transportable XRF spectrometers may be prescribed in national lawsand regulations for field assessment and control of haz ardous elemental pollutants.Examples are on-site analysis of pollutants in soils, ground water, waste water and sludge and particulate filter samples of ambient air at waste and industrial sites.2.2For successful applications, complete instructions shall be available for operatingand testing an instrument’s performance before and after field measurements. These instruments are expected to be operated by persons having a variety of backgrounds in education, training and skills.2.3For qualitative and quantitative analysis, XRF spectrometers should be calibratedwith reference standards although generic site samples may be used to check or calibrate them. An instrument’s performance and calibration should be checked periodically especially after maintenance and repair or when used under extreme environmental conditions.3Terminology3.1AccuracyCloseness of the agreement between the result of a measurement and a true value of the measurand.3.2Detection limitConcentration of an element which provides an output signal equivalent to three times the standard deviation of the background. It is the minimum quantity of an element that can be detected. For this Recommendation, it may be derived from the statistical variation in the background using the following equation:D= 3 (B/t)1/2/Swhere:D=detection limit (unit of concentration);B=background (counts per second);t=measurement time (seconds);S=sensitivity (counts per second per unit of concentration).Note:When applied in a measurement method or for an analysis, the limit of quantitation of the instrument is an important parameter. It is defined asbeing a value equal to 10 times the standard deviation of the background andalso would include the variations associated with sampling and analysis.3.3DetectorDevice that converts the energy absorbed from the X-rays emitted by a sample into electric signals.– 5–3.4Working concentration rangeLimits of concentration of an element in a sample over which the instrument operates within the performance requirements of this Recommendation.3.5RepeatabilityCloseness of agreement between the results of successive measurements of the same sample using the same instrument, under the same defined conditions of use, and within a relatively short period of time.Note:The same defined conditions would include the following: method of measurement, the measuring instrument, the operator, the location and theambient environmental conditions.3.6Energy resolutionA parameter used as a measure of the ability of a detector to distinguish betweentwo adjacent energy peaks arising from elements in a sample.Note:For this Recommendation, it is expressed as the full width at half maximum height of the manganese K-alpha line (5.9keV) in units of energy or in percentas related to the energy of the peak.3.7SensitivityChange in the response of a measuring instrument divided by the corresponding change in the stimulus.3.8Reference materialMaterial or substance one or more of whose property values are sufficiently homogeneous and well established to be used for the calibration of an apparatus, the assessment of a measurement method, or assigning values to materials.Note:This term does not necessarily mean a certified reference standard.3.9BackgroundSignal produced in the detector resulting from the detection of X-rays other than X-rays from the analyzed element and from any noise produced elsewhere in the XRF spectrometer.4Description of the instrument4.1The principle of measurement by an XRF spectrometer is based on interaction ofX-rays from an external source with the atoms of the sample. This interaction may cause the ejection of inner shell electrons of the atoms. Electron transitions then occur to return the excited atoms to a stable state, resulting in the emission of characteristic X-ray photons. The emitted photons are called characteristic X-rays because their energies are unique to the identity of the excited atoms. The X-ray detector converts– 6–the characteristic X-ray energy into a related electric signal. The signals are processed electronically to yield an X-ray spectrum that can be displayed and from which elemental concentrations of the sample may be calculated.Note: A more detailed description of the principle of XRF measurement may be obtained in References [1] through [4] - see page 17.4.2An XRF spectrometer is capable of multi-element analysis of a variety of materials including solids, liquids or powders. The instrument consists of 5 major components:(a) a source that provides X-rays;(b) a sample location or a sample presentation device;(c) a detector which converts X-ray generated photons emitted from the sample intomeasurable electric signals;(d) a data handling system that processes the signals into an X-ray energy spectrumfrom which elemental concentrations of the sample may be calculated;(e) a data display and storage system.A diagram of an XRF spectrometer is shown in Fig.1.Fig.1Major components of an energy dispersive X-ray fluorescence spectrometer– 7–4.3Instrument components4.3.1An excitation source may be as specified in 4.3.1.1–4.3.1.3.4.3.1.1X-ray tube sourcePositioned to direct incident X-rays onto the sample. A power supply provides a volt-age between the filament and the anode. Electrons from the filament strike the anode and produce X-rays which then pass through a thin window towards the sample. The X-ray tube can emit a wide distribution of X-ray energies at high intensities. Various anode and filter materials may be used to produce and modify respectively the primary X-ray energies output prior to interaction with a sample.4.3.1.2Secondary target(s)Employed in combination with an X-ray tube that produces monochromatic character-istic X-rays that then can strike a sample. A particular secondary target material may be selected to provide the optimum characteristic X-rays for exciting an expected element, or expected elements, in the sample.4.3.1.3Radioactive source(s)This emits radiation of discrete energies for interaction with a sample. A source is provided in the form of a small sealed capsule containing an appropriate amount of a radioisotope. Various radioactive sources may be used to provide different X-ray energies suitable for exciting the expected elements in the sample (see Table 1).Table 1Elements detectable and for testing with associated X-ray sourcesX-ray source Elements detectable Elements for (emission lines)testingX-ray tubes Na through Ce: K lines Cr, Cd La through U: L lines PbAm241Cu through Tm: K lines Cd Hf through U: L lines PbCd109Ca through Rh: K lines Cr Ba through U: L lines PbCm244Ca through Se: K lines Cr La through Pb: L lines PbFe55Al through Cr: K lines Cr Mo through Ba: L lines4.3.2The sample location or sample presentation device provides a means for obtaininga reproducible location for analysis of a sample.4.3.3 A detector may be as specified in 4.3.3.1 and 4.3.3.2.– 8–4.3.3.1Solid-state detectorThis is a semiconductor diode: the most commonly used materials for such diodes are silicon lithium-drifted crystals, germanium crystals and mercuric iodide crystals.An X-ray photon striking a biased solid-state crystal loses energy in the crystal through producing electron-hole pairs. The electric charge produced is collected and provides a current pulse that is directly proportional to the energy of the X-ray photon absorbed by the detector.4.3.3.2Gas-filled proportional detectorThis is an ioniz ation chamber filled with a mixture of noble and other gases. An X-ray photon entering the chamber ioniz es the gas atoms. The electric charge pro-duced is collected and provides an electric signal that is directly proportional to the energy of the X-ray photon absorbed in the gas of the detector.4.3.4 A data handling system processes the signals from the detector. The result is anX-ray energy spectrum that provides a basis for the identification and quantification of elements present in the sample.4.3.5The data display and storage system presents and records the data for subsequentretrieval, manipulation and analysis.4.4Types of instrumentsThis Recommendation distinguishes instruments based on their principal com-ponents as follows:Type I Solid-state detector with X-ray tube source with or without secondary targets;Type II Solid-state detector with radioisotope source(s);Type III Gas-filled proportional detector with X-ray tube source with or without secondary targets;Type IV Gas-filled proportional detector with radioisotope source(s).5Metrological requirements5.1The manufacturers of instruments using X-ray tube and radioisotope sources shallspecify the elements listed in Table2 that can be analyzed with each instrument.Note:Some instruments may be designed to measure only one element and may therefore require only one X-ray tube voltage or radioactive isotope source forthe application. In such cases this Recommendation, which is more general,would serve as a model for specifying the necessary performance requirements.5.2Instruments with different detectorsNote:For instruments based on other design principles, the performance require-ment in this subclause would apply to the spectrometer as a whole rather thanto a detector (see also 1.1).– 9–– 10–1Sodium Na1Magnesium Mg1Aluminum Al Sulfur SChlorine ClPotassium KCalcium CaVanadium V2Chromium Cr Manganese MnIron FeCobalt CoNickel NiCopper CuZinc ZnArsenic AsSelenium SeMolybdenum MoSilver Ag2Cadmium Cd Antimony SbBarium BaMercury HgThallium Tl2Lead PbUranium UAm 241K-lines ElementsX-ray tube Radioactive sourcesFe 55Cd 109K-lines Cm 244K-lines 244Fe 551Determination of these elements requires a vacuum pump, necessary to evacuate the air from the spectrometer.2Suggested elements for testing.Table 2Elements of interest in the analysis of elemental pollutants5.2.1The maximum permissible error of the output display of the X-ray energies for the instrument shall be within ±0.5% for solid state detectors and ±2% for gas-filled proportional detectors over the specified operating energy range. The range of analyz able elements as specified according to 5.1 shall be taken into account by considering the energies of the principal K αand L αlines of the elements listed in Table 3.5.2.2The energy resolution of an instrument for characteristic X-rays for an element shall be expressed in terms of full width at half maximum height (FWHM). It shall be measured by irradiating the detector with a collimated, direct beam of 5.9keV photons (Mn, K-alpha line) from an Fe 55source that can provide a total incident count rate (intensity) of at least l 000 counts/s.5.2.2.1The energy resolution for an instrument with a solid-state detector shall not be greater than 5% at the Mn K-alpha line which corresponds to less than 300 eV FWHM.Note:These requirements are necessary to provide a means of detection andanalysis of adjacent elements in a multi-element sample.5.2.2.2The energy resolution for an instrument with a gas-filled proportional detector shall not be greater than 15% at the Mn K-alpha line which corresponds to approx-imately 890 eV FWHM.5.3Instrument test under reference conditions5.3.1During pattern approval and initial and subsequent verification, the repeatability of the entire instrument shall be tested in a laboratory using reference materials under the following reference conditions:•ambient temperature: 22°C ±5°C and stable to within ±1°C over the period of testing;•relative humidity (RH): 60% ±20%;•source type: specified by manufacturer;•detector: specified by manufacturer;•relative mass fraction (mg/kg) of the elements in the reference material from approximately 3 times the detection limit up to 0.1% of Pb, Cd and Cr in a stable matrix;•acquisition time: up to 300s per element.5.3.2Under the reference conditions and for the prescribed reference standard in 5.3.1at a relative mass fraction (k ) of about 10 times the detection limit, the repeatability of the instrument shall have a relative standard deviation (σr ) less than 5% as determined from the results of a minimum of 10 repeated measurements.Note:The relative standard deviation shall be calculated from the followingequation:σr = σ—Y–×100 %where: σ =n – 1Σ(Y i – Y –)21/2Y i is the individual result, andY –is the average result for n number of repeated measurements.ElementsK αlines (keV)L α1lines (keV)Sodium Na1.041Magnesium Mg1.254Aluminum Al1.487Sulfur S2.307Chlorine Cl2.622Potassium K3.312Calcium Ca3.690Vanadium V4.949Chromium Cr5.411Manganese Mn5.895Iron Fe6.400Cobalt Co6.925Nickel Ni7.472Copper Cu8.041Zinc Zn8.631Arsenic As10.532Selenium Se11.210Molybdenum Mo17.443 2.293Silver Ag22.104 2.984Cadmium Cd23.109 3.133Antimony Sb26.274 3.605Barium Ba32.065 4.467Mercury Hg9.987Thallium Tl10.266Lead Pb10.549Uranium U 13.613Table 3Principal X-ray fluorescence energies of elements of interest5.3.3 A linear least-squares fit of the data of the output signal of an instrument versus the relative mass fraction shall be carried out using reference materials with elements and relative mass fractions specified for testing under reference conditions (see Annex A). The correlation coefficient, r , of the fitted curves shall be determined, and r 2shall not be less than 0.95.5.3.4The detection limit of an instrument depends on the sample matrix (in which the elements are contained) and on the measurement time. Type I, Type II, Type III and Type IV instruments shall meet the detection limits specified in Table 4 for the refer-ence elements in an oil matrix (reference material) under the following conditions of measurement:• a homogeneous mixture of the element in the oil matrix having a relative mass fraction within ±2% of the specified value;• a sample cup having a diameter of 31mm or as specified by the manufacturer;• a window having a thickness of 5 µm of polypropylene or a thickness and material as specified by the manufacturer;• a sample thickness as specified by the manufacturer;• a measurement time of 300s per element.Table 4Detection limits for reference elementsNote:For special applications, a manufacturer may identify another referenceelement for which the value of the detection limit shall be specified for the instrument. For example, sulfur or chlorine may be specified for a Type III instrument with a detection limit of 30mg/kg.5.3.5For the measurements obtained in 5.3.2, the mean relative mass fraction value, Y –,determined from the instrument response in 5.3.2, shall not differ from the relative mass fraction value (k ) of the reference material used by more than ±5%.5.3.6The procedures for an overall test of the instrument under reference conditions are given in Annex A.5.4Influence factors5.4.1During pattern evaluation, the entire instrument shall be tested as described in Annex B using the relevant conditions specified in 5.3.1 for the following influence factors:•low voltage indicator for battery power;•variation in mains or portable generator voltage and frequency;•mechanical shock;•vibration (sinusoidal);•electrostatic discharge;•electromagnetic fields;•temperature range;•damp heat.5.4.2The result of the tests specified in 5.4.1 shall meet the requirements of 5.3.2.A description of the performance tests for influence factors is given in Annex B.6Technical requirements6.1The instrument shall be self-contained, i.e. all instrument components shall be in asingle unit or located together in an integrated compact assembly including an external detector probe, if applicable. It may be portable or transportable.6.2The mass of a portable instrument shall not be more than 15 kg.6.3Transportable instruments are classified into two types according to their mass andpower source: Type A and Type B. The mass of a Type A transportable instrument shall not be more than 30kg, and the mass of a Type B transportable instrument shall be more than 30kg.6.4Portable and Type A transportable instruments shall be powered by a batterycapable of continuous operation for at least 4hours and shall have a means for indicating low battery voltage. They may also be operated on AC power when available.Type B transportable instruments shall be AC powered by mains or generators.6.5The instrument shall provide a means for presenting the sample in a reproducibleposition with respect to the source and detector, or the manufacturer shall specify the means by which an operator can reproducibly present the sample.6.6The voltage applied across an X-ray tube source shall be fixed or be selectable for avalue or range within 6–50kV or within the voltage range specified by the manu-facturer which meets the requirements of this Recommendation.6.7The intensity of the source shall be sufficient to meet the requirements for detectionlimits of 5.3.4 over the time period specified by the manufacturer.Note:The use of radioactive sources may require separate approval by the national body responsible for their safe application. In particular, a warning light isusually required to indicate when the X-ray source is operational.6.8If the detector requires cooling below ambient temperature for proper operation, themanufacturer shall provide a means for maintaining the detector at the required temperature.6.9The ambient temperature working range shall be from 5°C to 35°C for portable andType A transportable instruments and from 10°C to 30°C for Type B transportable instruments.6.10The manufacturer shall specify a procedure by which the energy calibration shallbe routinely checked and shall provide a means for adjustment.6.11The data handling system shall be capable of providing a qualitative and quantitat-ive analysis on site, and the display and storage system shall be capable of providing an accurate and accessible record of a measurement.6.12For portable instruments, the manufacturer shall recommend a procedure for de-contaminating the instrument.6.13Markings shall be attached conspicuously to the instrument as follows:• name of manufacturer;• instrument model and serial number;• type designation;• power requirements;• safety requirements according to national regulations.7Practical instructions7.1Manufacturers of XRF spectrometers shall provide a manual which clearly andconcisely describes the instrument’s operation and routine maintenance.7.2Before an instrument is used, all environmental factors related to the specificapplication should be considered. If the conditions are different to those specified for the instrument, the manufacturer should be consulted.7.3Any necessary precautions or warnings for instrument operators shall be explicitlyindicated in the manufacturer’s operating manual and shall be clearly displayed on the instrument when applicable.8Metrological controls8.1Pattern evaluation8.1.1Manufacturers shall provide the national responsible body with an operatingmanual for the instrument and may provide data and other information on performancetests and calibrations that support a determination of whether the design of the instrument meets the requirements of this Recommendation.8.1.2The instrument manual shall be reviewed by the national responsible body for its completeness and clarity of operating instructions. The instrument shall be visually inspected in conjunction with the manufacturer’s specifications to determine the instrument’s compliance with the requirements of 6.1 through 6.13.8.1.3The national responsible body shall carry out the following performance tests, or may accept the manufacturer’s test data, to confirm acceptable performance for:•range of analyzable elements (5.1 and 5.2.1);•maximum permissible errors for display of X-ray energies (5.2.1 and A.2);•detector resolution (5.2.2 and A.3);•repeatability (5.3.2);•linearity of response with relative mass fraction (5.3.3 and A.5);•detection limit (5.3.4 and A.5.9);•low voltage indicator for battery power (5.4 and B.1);•variation in mains or portable generator voltage and frequency, if applicable(5.4 and B.2);•mechanical shock (5.4 and B.3);•vibration (sinusoidal) (5.4 and B.4);•electrostatic discharge (5.4 and B.5);•electromagnetic fields (5.4 and B.6);•temperature working range (5.4 and B.7);•damp heat (5.4 and B.8).Note:References to the clauses containing the requirements and a brief description of associated tests are indicated in parenthesis.8.1.4The report on instrument tests carried out during pattern evaluation shall at least contain the items of information according to the format provided in Annex C.A specific form may be developed according to national preference. The manufacturer shall be provided specific comments on any test failures.8.2Initial verification8.2.1The documentation provided by the manufacturer shall be examined to assure compliance with 8.1.8.2.2The repeatability test under the reference conditions specified in 5.3.2 shall be carried out.8.2.3Any other instrument tests specified under 8.1.3 which may be considered to be critical to the specific application shall be performed.8.2.4The period of validity of this verification shall be specified by the national responsible body.8.2.5An instrument shall undergo subsequent verification equivalent to initial verifica-tion after repair or replacement of component parts or units of its electrical control and readout system.8.3Routine tests carried out by the user8.3.1The national responsible body shall provide information on methods for using instruments to measure specific pollutants. Some measurement methods may be appropriate for use as quality control in assessing an instrument’s performance.8.3.2An instrument operator shall carry out a test with a suitable reference sample, which includes specific elemental pollutants, in the field in order to document the performance of the instrument before, after and periodically during field measure-ments.Note:The instrument should be checked especially in the field when used near known or suspected sources of electromagnetic interference.8.3.3 A chronological written record shall be maintained for each instrument and shall contain at least the following information:•results of all routine tests;•results of energy and quantitative calibration checks;•extent of maintenance and repair;•identification of major components replaced;•identify of the operator(s) who performed the indicated tasks.REFERENCES[1]Dz ubay, T.G., X-ray Fluorescence of Environmental Samples, Ann Arbor SciencePublishers, Ann Arbor, MI, 1977.[2]Bertin, E.P., Introduction to X-ray Spectrometric Analysis, Plenum Publishing, NewYork, 1978.[3]Russ, J.C., Fundamentals of Energy Dispersive X-ray Analysis, Butterworths,London, 1984.[4]Tertain, R. and Claisse, F., Principles of Quantitative X-ray Fluorescence Analysis,John Wiley and Sons, New York, 1982.。
03岗位说明书-宣传主管
3.工作经验：
3.13年以上宣传或企业文化工作经验
7.负责宣传贯彻党和国家的统战方针政策，负责公司的统一战线工作；
8.完成领导交办的其它工作。
重要工作联系
1.内部联系
1.1公司各部门、分公司
2.外部联系
2.1上级宣传部门
2.2外部媒体单位
工作权限
1.人事权：无
2.财务权：无
3.业务权：
3.1对公司党建、精神文明建设等党群工作宣传方案的拟订权
3.2对公司企业文化规划的拟订权
3.7负责根据企业内外环境的变化及发展战略的需要，协助咨询机构动态调整和完善企业文化体系，实现公司核心竞争力的提升；
3.8负责组织公司相关管理人员向先进企业学习企业文化。
4.负责各类重大会议和活动的摄影、摄像以及各类图像资料的收集、整理、归档工作；
5.负责公司网站关于党群工作方面内容的更新；
6.负责公司精神文明建设工作；
1.2负责对各类先进集体、先进员工的模范事迹进行宣传。
2.负责思想政治工作
2.1负责思想政治工作方面的规章制度、领导讲话和工作总结的起草；
2.2负责形势教育和其它专题政治教育方案或文件的拟定；
2.3负责政研会的日常工作和上级布置的政治研究课题的落实。
3.负责企业文化建设工作
3.1协助咨询机构开展与公司企业文化建设相关的一切业务工作；
岗位说明书
职位名称
宣传主管
所属部门
党群工作部
直接上级
党群工作部主任
直接下属
无
编写日期
2004年4月
审核人
工作目的
为了贯彻落实党的路线、方针、政策，增强企业的凝聚力和向心力，负责开展企业文化建设工作和党群相关的宣传工作。
岗位说明书范例(副处长人事)
无特殊要求
上岗证、资格证
无特殊具备基本的文档处理能力
工作经历要求
在管理岗位工作3年以上
相关职务知识、
专业知识要求
1、掌握党和国家的有关方针、政策；掌握马列主义、毛泽东思想、邓小平理论和深刻理解“三个代表”重要思想，掌握党建理论，熟悉思想政治工作基本规律和方法。
2、熟悉党和国家组织、人事、教育、劳动工作方针、政策，掌握烟草专卖法、企业管理、劳动、保险、保密等方面的法律法规和规章制度。
创造性
要有相当创造性
协调难度
大
工作压力
很大
出差频次
经常出差
工作场所
办公室环境或是出差环境
工业伤害
无
直接上级
人事劳资与思想政治处处长
直接下级
本部门科员
三、工作协作关系
内部联系
需要与系统内各部门包括县区局、同级相关部门、省级公司、国家局联系
外部联系
需要与当地市委组织部、宣传部、劳动局、人事局、市级机关工委、市总工会、医保医疗等单位联系
四、职位目的
根据局（公司）总体发展规划和目标任务，负责人力资源战略规划，劳动薪酬管理，员工队伍建设，机关作风建设，学习型组织建设，树立淮安烟草良好形象，保证组织的良好运转和提升组织效率，为单位全面建设做出贡献。
2、组织实施能力：能协调各方面工作关系，具有较强的组织工作能力。
3、语言文字能力：能撰写有关文件、专题论文、考核报告和调研报告；能草拟工作计划、工作总结；具有较强的口头表达能力
特殊要求
中国共产党正式党员
八、工作基本特征
工作难点
人事改革、薪酬管理、内外关系协调，处理员工劳动关系等工作难度都很大
复杂性
很复杂
岗位说明书(杨经理)拟稿
佛山市婴姿坊婴童用品有限公司职务说明书佛山市婴姿坊婴童用品有限公司岗位说明书- 1 -76目录副总经理职务说明书 .......................................................... 3 总经理助理职务说明书 ........................................................ 5 副总经理助理职务说明书 ..................................... 错误！未定义书签。
区域销售部 ................................................................. 9 销售总监职务说明书 ......................................................... 9 特辖总监职务说明书 ........................................................ 12 大区经理职务说明书 ....................................... 错误！未定义书签。
5 办事处经理职务说明书 ...................................... 错误！未定义书签。
区域经理/市级经理职务说明书 ............................... 错误！未定义书签。
督察部 .................................................... 错误！未定义书签。
督察经理 .................................................. 错误！未定义书签。
品牌推广部 ................................................................ 25 品牌推广部部经理职务说明书 ................................................ 25 平面设计员职务说明书 ...................................................... 27 空间设计员职务说明书 ...................................................... 29 加盟部 .................................................................... 30 加盟部经理职务说明书 ...................................................... 30 客服专员职务说明书 ........................................................ 33 商品部 .................................................................... 34 商品部经理职务说明书 ...................................................... 34 OEM 外发员职务说明书 ...................................................... 37 服装设计员职务说明书 ...................................................... 39 质检员职务说明书 .......................................................... 41 核价员职务说明书 .......................................................... 43 物流部 .................................................................... 45 物流部经理职务说明书 ...................................................... 45 配货员职务说明书 .......................................................... 47 杂务员职务说明书 .......................................................... 49 司机职务说明书 ............................................................ 50 仓库管理员职务说明书 ...................................... 错误！未定义书签。
岗位说明书模板范文
岗位说明书模板范文
一、岗位概述
本岗位主要负责xxxxx工作，具体岗位职责和要求将在下面详细说明。
二、岗位职责
1.负责xxxxx工作的规划、组织、实施和管理；
2.协助上级完成相关项目的需求分析和方案设计；
3.负责编写开发文档、需求分析文档、测试文档等相关工作；
4.提供产品技术支持并解决客户问题；
5.协助上级进行团队绩效评估及维护团队内部关系。
三、任职要求
1.本科及以上学历，计算机相关专业优先考虑；
2.熟悉xxxxx行业，有相关工作经验者优先；
3.熟练掌握xxxxx技术，熟悉常用开发语言（如Java、C++等）；
4.具备良好的沟通能力和团队合作意识；
5.具备较强的学习能力和问题解决能力。
四、福利待遇
1.具有竞争力的薪资待遇；
2.完善的福利制度，包括五险一金、带薪年假等；
3.提供良好的培训机会和晋升通道。
五、加入我们
如果您对本岗位感兴趣并符合上述要求，请将个人简历发送至xxxxx邮箱。
我们将尽快安排面试。
六、公司简介
xxxxx公司成立于xxxx年，是xxxxx行业的领先企业。
我们致力于xxxxx的研发和应用，为客户提供xxxxx的解决方案。
公司拥有一支优秀的团队和良好的发展前景，期待您的加入！
以上为岗位说明书模板范文，若有任何疑问或需要进一步了解，请随时与我们联系。
岗位说明书范例(副局长)
2、组织能力：能主持制定本系统经济发展规划；能组织职能部门和所属单位统一行动，实施发展规划，完成各项经济指标；能协调与行业系统内及地方有关单位或部门的工作关系。
2、掌握党的基本路线、方针、政策，熟悉《烟草专卖法》、《公司法》及有关税务、财政、劳动、安全方面的法律、法规。
3、熟悉行政执法、企业经营、综合管理等基本知识
4、了解国内外卷烟企业现状、经营策略、产品质量、价格水平、科技进步及发展趋势。
5、熟悉局（公司）中度以上危险源及控制措施，掌握必备安全知识。
所需技能
岗位说明书
一、基本资料编号：
岗位名称
副局长
撰写人
所属部门
局长室
本部门审核人
蒋银
职位级别
正处级
直接晋升职位
处级
后备升迁职位
科级
批准人
蒋银
批准日期
二、职位关系
直接和间接领导的
职位数量
直接和间接领导的
职位类别
直接上级
直接下级
三、工作协作关系
内部联系
需要与系统内各级单位联系
外部联系
需要与当地市委、市政府等各部门联系、相应的客户代表、行风监督员等联系
主要责任
时常
3、协助局长（经理、书记）负责单位行政管理、企业管理方面工作，督促职能部门完成各项工作任务
主要责任
时常
4、协助局长（经理、书记）负责单位法律宣传教育，对单位宣传报道进行指导、把关
主要责任
时常
5、协助局长（经理、书记）对单位经济运行、综合考核、质量管理体系宣贯及体系流程的及时更新与落实到位
博才岗位职责说明书
总经理
任职人签名/日期：直接上级签名/日期：
办公室主任/工会主席
会计（范国珍）
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
社保业务主管（肖俊雪）
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
云锡项目部业务主管（李志国）
任职人签名/日期：直接上级签名/日期：
卡房管理员/松矿管理员/采选分公司
任职人签名/日期：直接上级签名/日期：
潘小明
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
云锡项目部业务员（何万里）
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
任职人签名/日期：直接上级签名/日期：
镍矿项目部业务员（熊佳静）
任职人签名/日期：直接上级签名/日期：
社保专员（董世祥）
任职人签名/日期：直接上级签名/日期：
驾驶员（陈可）
任职人签名/日期：直接上级签名/日期：
社保专员（欧阳丽春）
任职人签名/日期：直接上级签名/日期：。
岗位说明书通用模板
注:其他条件优秀或在特殊环境下，工作经验要求可适当放宽。相关工作经验是指相关行业或同类/相近岗位的工作经验。
专业
资格证书
语言水平
计算机水平
知识要求
能力技能要求
职业素养要求
注
1、以上工作内容及任职要求按公司实际情况适时调整；
2、条件优异者可适当放宽任职要求。
部门负责人
日期
中心总监
岗位说明书
1.岗位基本信息及填写说明
岗位名称
所属部门
直接上级
直接下级
2.岗位设置目的
3.岗位主要职责
序号
岗位一级职责
岗位二级职责
1பைடு நூலகம்
2
3
4
5
6
7
4.工作上下游
内部上下游
外部上下游
5.任职资格
基本要求
学历-经验
经验/学历
中专以下
中专/高中
大专
本科
硕士
外部相关工作经验(≥ X年)
或等同于（内部相关工作经验选填）：
日期
分管领导
日期
人事部门
日期
辽宁华翔集团岗位专项说明书填写说明
辽宁华翔集团岗位阐明书填写阐明
一、岗位基本状况
注：所属部门填写：为本岗位所在旳部门、科室等最小单位，下同；
岗位编制：为从事该岗位旳人员数量；
岗位设立目旳：参照句子构造:根据…………做…………以达到………。
二、岗位工作描述
1．请根据对组织目旳实现旳重要限度，按由大到小旳顺序排列描述本岗位旳重要工作职责是什么，并做具体内容论述（不超过8项） 表1
注：“工作职责和内容”填写格式：做 以达到 “工作根据”重要描述有关旳工作指引制度和工作目旳，具体参见附件1。
2、对照以上工作内容，在下表中按照表注对责任限度旳描述分类，填写每项工作内容相应旳责任限度，并描述明确旳工作成果衡量原则。
注：责任限度分为：全面负责、直接负责、与_____岗位共同负责、协助。
工作成果衡量原则参照附件2。
表2
表3。
3.1、职位说明书(副主管)
特别声明：此文件为公司财产，未经允许，任何人均不得私自影印、损坏或带离本公司！
以纯集团有限公司产品研发中心
职位说明书
直接上级 经理
本人
副主管
IE 助理 直接下级
任职人签名 日 期
直接上级签名 日 期
特别声明：此文件为公司财产，未经允许，任何人均不得私自影印、损坏或带离本公司！Leabharlann 以纯集团有限公司产品研发中心
职位说明书
职位名称：副主管 部门： 汇报对象： 成本控制中心 经理 职位级别： 直属下级及人数 主管级（O3 级） IE 助理
职位设置目的（请简单、准确总结该职位存在的目的及对公司的贡献） 按照项目总体成本测算，通过事前、事中、事后全过程控制，实现控制成本的效果。
主要职责（请列出本职位主要的角色和职责，不要超过 10 项） 1、 推行以纯集团有限公司现时的核价系统的实施； 2、 参与本部门人员配置，工作安排及考核； 3、 跟进部门总监及经理交待工作及进度，协调本部门与其它部门沟通工作； 4、 协调部门负责人工作，落实分管岗位职责，检查和监督员工工作计划的执行情况； 5、 根据公司工作计划，协助拟定、落实部门工作计划并将计划分释到季、月； 6、 协助部门负责人对本部门员工进行工作安排和指导。 关键绩效表现指针(不多于 5 个绩效表现指标及绩效表现指标以其重要性排列) 1、 每月合理安排下属完成指定工作； 2、 每月审核初版或大货成本表的总数。 岗位任职资格（请列出职位所需的学历/专业知识,经验，技能，能力/态度） 1、工业工程或服装专业专科以上学历；3 年以上工作经验； 2、对作业改善，精益生产有一定经验，更有成功案例； 3、良好沟通协调能力及专业技能，电脑操作熟练； 4、具有一定的管理能力、协调能力和抗压能力。 工作挑战性 1、 合理安排所有 IE 助理工作，并按时按质按量完成工作任务； 2、 审核每季度成本表准确率达 100%； 3、 能协助上级共同制定策略性的人力资源管理体系、流程； 4、 能在资源有限甚至不足的情况下，把工作计划以最佳的方式实施。 组织架构图示例：简单描述汇报关系
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企业文化岗位说明书
人事权限：建议权□知情权□提名权□考核权□审核权□审批权□否决权财务权限：建议权□知情权□审核权□审批权
□博士研究生□硕士研究生本科学士□其他
□1-3年□4-5年6-10年□10-15年□16年以上
□1-3年□4-5年6-10年□10-15年□16年以上
□英语专业6、8级大学英语4、6级□商务英语
□其他语种：
战略管理知识□财务管理人力资源知识市场营销知识
台式电脑及固定办公工具□笔记本电脑及移动办公工具□两者兼具□独立办公室半开放式办公室□开放式工位
正常工作时间，偶尔加班或出差
□经常出差，出差时间占总工作时间的比重
1、新员工培训：集团的发展史、现状、使命和企业精神
生化能源事业部介绍
职业生涯规划
规矩与方圆-人事政策介绍
规矩与方圆-财务制度介绍
事业部公文规范
事业部团队学习法
3、基础管理培训：商务礼仪时间管理沟通技巧简报技巧
问题分析与解决压力管理
□需轮岗学习参加中粮内企业实践
管理系列□专业系列
□本部职位企业职位
部门负责人签字：本文档部分内容来源于网络，如有内容侵权请告知删除，感谢您的配合！。