Cp2Tran

合集下载

游戏全自动翻译机使用说明

游戏全自动翻译机
AGCP Translation System
版本: 2.6
作者: kaien
功能: 方便的操作界面可以自动加载AGTH提取游戏文本并发送给翻译软件进行翻译。游戏窗口放下鼠标左键，捕获目标程序。
2. 翻译引擎列表里选择翻译引擎。(支持CP2Tran插件)
3. 设置AGTH的合适参数("参数"中可手动输入AGTH的参数)，点击"加载"按钮。
4. 打开任意一款或几款软件支持的翻译工具，并进入文本翻译界面。
5. 正常游戏就会自动翻译游戏文本了。
AGTH和Cp2tran插件的详细说明参见相关帮助文档。
版本更新:
v2.6
+ 翻译引擎增加了babylon和Dreye9.0
+ 增加"高级"功能设置界面。功能如下:
1. 方便的设置AGTH的其他参数。
2. 提供悬浮窗口透明度的设置。
3. 可以编辑特征码文件。
v2.1+v2.2:
+ 全屏游戏模式悬浮框显示(支持有道和 google)
+ 增加goole翻译引擎
+ 汉化了AGTH
+ 自动运行有道
+ 增加游戏特征码自定义数据库(hookcode.ini)
v2.0:
+ 增加翻译引擎 "有道" 的支持。
+ 可选择使用Cp2Tran插件
+ 界面布局调整
v1.1:
+ 增加程序语系选择
+ 改善鼠标捕获方式
+ 增加状态显示和功能提示
+ 重置功能

Infoprint 250 導入と計画の手引き第 7 章ホスト

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crestron快思聪cp2e说明书

Cresnet®
Cresnet is the communications backbone for many Crestron touchpanels, keypads, lighting controls and other devices. The Cresnet bus is a simple, yet flexible 4-wire network that provides rock-solid bidirectional communication and power for up to 252 Cresnet devirmation on internal memory, refer to “2-Series Memory & Directory Structure” in the latest version of the Crestron 2-Series Control System Reference Guide (Doc. 6256), which is available from the Crestron website (/manuals). 2. CP2E only.
Crestron CP2 & CP2E
2-Series Compact Control System
Contents
2-Series Compact Control System: CP2 & CP2E 1
Introduction ............................................................................................................................... 1 Features and Functions ................................................................................................ 1 Specifications .............................................................................................................. 3 Physical Description.................................................................................................... 4 Industry Compliance ................................................................................................... 8 Setup .......................................................................................................................................... 9 Network Wiring........................................................................................................... 9 Identity Code ............................................................................................................... 9 Hardware Hookup ....................................................................................................... 9 Programming Software ............................................................................................................ 12 Earliest Version Software Requirements for the PC ................................................. 12 Programming with Crestron SystemBuilder.............................................................. 12 Programming with SIMPL Windows ........................................................................ 12 Example Program ...................................................................................................... 13 Uploading and Upgrading........................................................................................................ 14 Establishing Communication..................................................................................... 14 Programs and Firmware ............................................................................................ 15 Operation ................................................................................................................................. 16 Problem Solving ...................................................................................................................... 17 Troubleshooting......................................................................................................... 17 Check Network Wiring.............................................................................................. 18 Reference Documents................................................................................................ 19 Further Inquiries ........................................................................................................ 19 Future Updates .......................................................................................................... 20 Software License Agreement................................................................................................... 21 Return and Warranty Policies .................................................................................................. 23 Merchandise Returns / Repair Service ...................................................................... 23 CRESTRON Limited Warranty................................................................................. 23

硒化甜玉米芯多糖对非酶糖基化的抑制作用

王鑫，周卓，王峙力，等. 硒化甜玉米芯多糖对非酶糖基化的抑制作用[J]. 食品工业科技，2023，44（19）：17−23. doi:10.13386/j.issn1002-0306.2022100014WANG Xin, ZHOU Zhuo, WANG Zhili, et al. Inhibitory Effect of Selenium Sweet Corncob Polysaccharide on Non-Enzymatic Glycosylation[J]. Science and Technology of Food Industry, 2023, 44(19): 17−23. (in Chinese with English abstract). doi:10.13386/j.issn1002-0306.2022100014· 研究与探讨 ·硒化甜玉米芯多糖对非酶糖基化的抑制作用王　鑫，周　卓，王峙力，修伟业，罗　钰，马永强*（黑龙江省谷物食品与谷物资源重点实验室/哈尔滨商业大学食品工程学院，黑龙江哈尔滨 150028）摘　要：以甜玉米芯多糖（SCP ）为原料采用咪唑介导法合成一种硒含量为（7.19±0.067）mg/g 的硒化多糖（Se-SCP ），为探究Se-SCP 对非酶糖基化反应的抑制作用，本文选用了果糖、牛血清白蛋白（bovine serum albumin ，BSA ）为底物，建立清白蛋白/果糖模拟体系。

对非酶糖基化过程中的前、中、末期三个特征产物果糖胺→α-二羰基化合物→非酶糖基化终产物（AGEs ）进行测定并通过透射电子显微镜（TEM ）和十二烷基硫酸钠-聚丙烯酰胺凝胶电泳（sodium dodecyl sulfate-polyacrylamide gel electrophoresis ，SDS-PAGE ）在微观结构方面对比分析原多糖、硒多糖对非酶糖基化进程的影响。

RCU 501 远程控制单元产品说明书

RCU501 is a high performance, general purpose, real-time process control computer for use in a wide variety of system applications in both on- and offshore installations. The processor core is an embedded Power PC™ architecture and the module is approved for Ex Zone 2 applications.Application types• Dynamic Positioning Systems• Thruster Control / Steering Systems • Navigation Sensor Integrator• Integrated Process Control Systems • Alarm and monitoring Systems • Safety SystemsFunction• Dual ethernet LAN process networks • Dual RedundancyNet interface for redundant RCU con ﬁ guration• Dual Remote IO process BUS (RBUS) • 4 general purpose Digital Input channels • 4 general purpose Digital Output channels• 32 serial lines for 3rd party interface • 2 PROFIBUS channels for 3rd party interface• 2 CANBUS channels for 3rd party interfaceFeature• Single unit topology: SIL 1 compliant • Dual unit topology: SIL 2 and SIL 3compliant• Triple unit topology • Ex Zone 2 approved• Compliant to the following protocols:1. Modbus (Serial and TCP)2. NMEA 01833. PROFIBUS/PROFIsafe4. CAN/DeviceNet • 3rd party vendor speci ﬁ c protocols are available upon request • Power:1. Redundant power input with power alarm monitoring2. Inrush current and over-voltage protection• Enhanced watchdog with fail-safe function and system status outputBene ﬁ tsThe following built-in functions minimize system downtime:• Extended Built-in Self- Test (BIST) for computer diagnostics and fault identi ﬁ cation during start-up and runtime • Prepared for online remote diagnostics • Prepared for online ﬁ rmware upgrade • Bootable from ﬁ le server or local ﬂ ash memory• Easy installation and replacement 1. DIN Rail mounting2. All connections are pluggable3. 3 digit address switches• Hot swap in redundant applications,dual and triple Hot-Standby redundancy, 1oo2 redundancy• Status LED indication (Normal/Error)• RoHS compliantComputer performance• RCU501 performance is application dependant and governed by process complexity, updating frequency and number of interfaced I/O. Maximum updating frequency is 50 Hz.• Con ﬁ guration guidelines:1. ESD/PSD: max. 800 I/O,F&G: max. 700 I/O both at scan rate: 1 Hz 2. Process/ Automation:max. 2000 I/O,design advice: 1280 I/O both at scan rate: 1 Hz3. Anti-surge: 3 loops, Scan rate: 50 Hz4. Dynamic Positioning: Tripleredundant DP system combined with Position Mooring. (Scan rate is adapted to signal processing and varies from 1 to 10 Hz).312729 Rev. B / September 2010KM article numberRCU501: 603439StandardsRCU501 complies with the following:• IACS E10• IEC 60533• IEC 60945• IEC 61508• IEC 62061Type approvalRCU501 is type approved by:• Det Norske Veritas (DNV)• The American Bureau of Shipping(ABS) • TÜV Rheinland• Wurldtech™; Achilles level 1certi ﬁ edCE markingCE mark compliant, con ﬁ rm to:• 2004/108/EC (EMC directive)• 94/9/EC (Atex directive)Ex certi ﬁ cationEx nA II T4 (Zone 2)Environmental speci ﬁ cationsAmbient temperatures and humidity:• Temp. Operation: -15˚C to 70˚C • Temp. Storage: -25˚C to 70˚C• Humidity Operation: Up to 98% RH • Humidity Storage: Up to 98% RH Protection Standards: IP 20DimensionsHeight: 355 mm Width: 158 mm Depth: 87 mm Weight: 1.35 kgCross point screw lock on DIN Rail T35 7.5/15 according to EN 50022ElectricalInput supply voltage: 24 VDC (+30%, -25%)Nominal current consumption: ≈ 0.8 A Start-up current: Max. 2.7 A Power consumption: Max. 20 W Heat dissipation: Max. 20 W Power connectors:• Screw terminals (slotted) • Cable cross section: 2.5 mm²Processor and memory Processor:• Type: Power PC TM host processorMPC8245• Clock frequency: 400 MHzMemory:• RAM size and speed: 64 MB @ 133MHz• PROM: 16 MB application ﬂ ash-ﬁ leSerial lineChannels: 32 insulated serial lines, distributed on 8 RJ45 connectors Physical layer: RS232, RS422 and RS485 Multidrop via RSER200Bit rate: Max. 115 kb/sGeneral purpose I/O channelsDigital Output (DO):• 4 x opto-isolated outputs• 1 x opto-isolated watchdog (forexternal interface)Digital Input (DI): 4 x opto-isolated inputsI/O connectors: • Cage clamps• Cable cross section: 1 mm²LAN interfaceProcess network & RedundancyNet: 2 x RJ45 Ethernet IEEE 802.3 type 10BASE-T/100BASE-TXRBUS interfaceConnector: 2 x RJ45Bit-rate: 2 Mb/sSignal code: Manchester encoded (Self-clocked)Copper wire topology:• Insulation: 500 V (Optocoupler)• Physical layer: RS485 Multidrop • Cable attenuation: < 6.5 db/100m @10 MHz (CAT 5)• Cable length: Max. 200 m betweenrepeaters. Max. 3 repeatersFibre optical topology (w/ additional ﬁ bre media converter):• Fibre cable: 62.5/125 μm. Multimodus • Connector: ST • Cable length: Max. 1000 m (point to point). 500 m if used in patch-panel topology Field interfaceCAN interface:• 2 x CANopen/DeviceNet @ 5 polecage clamp terminals. 2.5 mm² cable • Bit rate: Max. 1 Mb/s. (DeviceNet notde ﬁ ned above 500 kb/s)PROFIBUS interface:• 2 x opto-isolated 9 Pin femaleD-Sub connectors • Bit rate: Max. 12 Mb/sLife cycle predictionPredicted failure rate @ GB 25˚C (60% con ﬁ dent, based on chip suppliers data): 24.2 YearsPredicted failure rate @ NS 35˚C(Environmental de-rating based on RomeLaboratory toolkit): 6.5 Years* KM reserves the right to make changes to the material or product described, at any time without notice.。

CP2告警信息分析汇总报告 (2)

CP2告警信息分析汇总报告截至11月15日，潮州共处理了206次CP2站点故障，其中处理RP3告警的次数居多，故障率达到27.67%，其次是处理光口1971故障，故障率达到17.96%，接着就是BBU故障，故障率达到16.02%，最后是RRU驻波告警，故障率达到7.77%。

以下是详细的分析情况。

故障类型故障总数所占比例RP3 57 27.67%1971 37 17.96%BBU系统模块告警33 16.02%驻波告警16 7.77%其他63 30.58%告警合计206 100%1、光口1971告警这个告警处理的次数较多，有71.37%是更换光纤处理好的，28.63%是更换光模块好的。

大多出现在饶平区域，这片区使用之前有问题的光恒光纤较多，导致出现1971告警的数量也比较多，另外这一片区也有4、5条光纤被老鼠咬断，可能有的机房防火泥没堵好，导致老鼠跑进去咬断光纤。

在施工方面，有些施工队在光纤穿管过程中，较不小心，使得光纤头与光纤造成部分损伤，从而导致1971告警的出现。

1971告警施工单位宜通超讯盈达怡创故障总数 5 4 12 16所占比例13.51% 10.81% 32.43% 43.24%2、RP3告警RP3告警分有很多种，在CP2的故障处理中，出现较多的是RP3 0010告警，占总处理的75.44%。

其中，43.11%是通过更换光纤或者交换光纤口位置处理的，27.95%是通过更换光模块处理的，剩余大多是脚本配置修改以及更换RRU、BBU消除的。

有3个小区同时0010的都是由于BBU的系统模块告警所引起的，通过更换BBU可以消除。

另外从CP2开始到现在，少部分RRU运行时间久了，出现退服状态，重新上下电也无法解决，更换光模块可以解决大部分，但一部分只能更换RRU。

RP3告警施工单位宜通超讯盈达怡创故障总数11 14 8 24所占比例21.57% 27.45% 15.69% 47.06%3、BBU故障本期工程前期可能由于软件的不成熟，导致BBU更换的次数较多约占24.3%，另外，在BBU搬运到站点上到施工队安装完成的过程中存在碰撞，有的BBU前面的面板部分存在凹陷，还有的BBU风扇不转，是否为出厂就如此还是搬运过程导致，无法得出，风扇不转导致部分BBU系统模块告警、RRU 0010退服，之后有了解决系统模块告警的软件，但是效果并不是很明显，只有部分BBU能修复成功，但是BBU外壳的更换也并未解决风扇不转的问题，最终BBU返修。

翻译器使用方式

【转】GALGAME翻译器－日文游戏自动翻译软件~使用攻略详细版!2012-02-06 19:28转载自zwz_king最终编辑zwz_king现在来说下怎么样对日文游戏完成翻译体系!!!总体流程：一号方案:BeijingV6（翻译软件）－》Cp2Tran（让翻译软件在剪贴板变化时自动翻译）－》运行设置后的游戏快捷方式二号方案(菜鸟适用):BeijingV6（翻译软件）－》Cp2Tran（让翻译软件在剪贴板变化时自动翻译－》运行游戏程序 .EXE－》打开 galtrans2.rar 里的galtrans.exe通用GALGAME翻译器程序(详见本文绿色字)首先下载好GALGAME自动翻译.rar (73.69 MB)然后把要用的3个工具解压出来第一步：解压j BeijingV6（翻译软件）运行里面的JCTchs.exe（简体的），确保输入光标在左侧（上侧）的原文文本框。

第二步：解压让翻译软件在剪贴板变化时自动翻译.rar 运行里面的 Cp2Tran.exe Cp2Tran（让翻译软件在剪贴板变化时自动翻译）支持的翻译软件：全文翻译 by 译点通V8.0金山全文翻译 by 金山快译2007J北京V6译经 9.0第三步：解压agthV02.28汉化版.rar，agth是个游戏文本提取工具，支持大部分吧（需要安装APP），先不要运行。

注意：最后将其解压到 C盘文件名改成英文总之保证路径不要有中文或日文用法/f?kz=172817152支持游戏和参数/compatibility.html以戦女神ZERO的设置：首先要创建一个你要翻译的游戏的快捷方式，（游戏的路径最好是英文的，路径中包含中文或者日文时可能会出错）然后到桌面对快捷方式进行设置：右键－>快捷方式－>属性[偶是直接运行APP 加载过的戦女神ZERO 免错误警告启动补丁]C:\agth\agth.exe/L"E:\Program Files\ZERO\zero.exe"＜－－注意路径的正确性路径中不要过多的空格实际上只要在目标栏游戏的路径程序前面加上AGTH 的安装路径，后面再加个 /L 的参数就可以了(参详上面黑色背景里的路径)点确定后保存然后运行，将agth窗口调整合适，把“自动将捕获的文字复制到剪贴版”这项打钩，现在就实现自动翻译了。

Tube-Tech CL 1B压力器说明书

TUBE-TECH CL1BCompressorDESCRIPTION.The TUBE-TECH compressor CL1B differs from many other compressors,in that the gain-reduction element is made from a non-semiconductor element,which in itself has a very low harmonic distortion and none of the non-linearity problems involved when using most semiconductor elements.Furthermore there is no long-term degradation of the element thus giving it almost infinite life.This element is placed after the input-transformer of the compressor and followed by an all tube-based amplifier with a gain of-∞dB to+30dB.Thus the signal is not fed through any semiconductor circuitry on its way to the output.The amplifier consists of two tubes(valves)in push-pull configuration(one ECC83as thepre-amp and phase splitter,and one ECC82as the output stage),and an output transformer. The power supply for the pre-amp and phase splitter are stabilized and the heaters of both tubes(valves)are fed with a stabilized DC voltage.The whole amplifier(including input and output transformer)and the power supplies are placed on one PC-board.Both input and output are balanced(600Ω)and fully floating.The in/out key switches the compressor in and out without clicks.THE SIDECHAIN:The side chain is the only part of the compressor that contains semiconductors.They are used for three reasons:First they do not affect the sound reproduction,second they have a high slew rate,which is of importance for the performance of the compressor and third they don't take up much room.It contains two J-FET quad op-amps,one npn-transistor and one FET-transistor,which handles the signal for the gain-reduction element.The compressor contains two time constants circuits:1.Fixed attack and release times2.Variable attack and release timesThe attack/release select switch makes it possible to use these two circuits separately or combine their functions.This gives a feature not normally obtained in other compressors:In the combined(fix./man.)state the attack-and release controls makes it possible toobtain a complex release-time slope.(See page4)(980112)COMPRESSOR INTERCONNECTION:The side chain sockets for interconnection of several compressors are located on the rear panel.A switch(BUS SELECT)on the front selects which compressors are interconnected,and on which bus they are connected.If you e.g.have10compressors in a rack,you can select compressor1,5,7and8on bus1,and compressor2,3,6and9on bus2,leaving compressor4 and6in the off position.Compressors1,5,7,8are now interconnected and all four will perform the exact same compression.This applies to compressor2,3,6and9as pressor4and6are independent.The interconnection implies,that the unit,which performs the most compression,is controlling the others.To choose which one you want to control,select the attack/release time,the threshold and the ratio on that unit,and turn the threshold fully counter clockwise on the reminding compressors. It is of course possible to have all the interconnected compressors control each other simultaneously.NB:Remember to set the ratio control and the gain control in the same position on the "slaves".Otherwise the stereo image could be shifted during compression.Theattack/release-control on the slaves will have no effect.The input/output capability of the side chain-circuit allows up to ten compressors to be linked together.They are connected in parallel with a standard1/4"stereo jack/-jack cord(tip:bus1,ring:bus 2).The two jack socket on the rear panel is connected in parallel and both are input/output.(980112)CONTROLS:GAIN:The gain control is used to"make up"for the gain loss,which takes place when the unit is compressing.It is placed after the gain-reduction circuitand therefore has no influence on the threshold setting.The gain-control iscontinuously variable from off to+30dB.RATIO:The ratio control varies the ratio by which the input signal is compressed.If the ratio selected is to2:1,and the input signal increases10dB,theoutput signal is only increased by5db.The ratio control is continuouslyvariable from2:1to10:1.THRESHOLD:The threshold is the point where the compressor begins its action.It isdefined as the point where the gain is reduced by1dB.The threshold is continuously variable from+20dBU to-40dBU. METER:The VU-meter switch has three positions:1.Input The meter is reading the level at the input socket.pressionThe VU-meter is reading gain reduction.Its rest position is"0VU",and the amount ofcompression is shown as a decreasing deflection indB.3.Output The VU-meter is reading the level at the output socket."0VU"is equivalent to+4dBU.NB:Leave the meter switch in position compression as it mightintroduce distortion if left in the input or output position.IN/OUT:This leverswitch switches the compressor in and out of the signal path.The out position bypasses the entire compressor.ATTACK:The attack control chooses how fast/slow the compressor responds to an increase in the input signal.The attack control is continuously variable from0.5to300milliseconds. RELEASE:The release control chooses how fast/slow the compressor responds to a decrease in the input signal.The release control is continuously variable from0,05to10seconds.(980112)ATTACK/RELEASE SELECT:This switch selects how the compressor reacts to an increase(attack)ordecrease(release)of the input signal.There are three settings of the switch:1.Fixed.Attack time:1msecRelease time:50msec2.Manual.Attack time:from0.5msec to300msecRelease time:from0.05sec to10sec3.Fix/man.This setting combines the release times of fixed and manualmode.The attack time is as in the fixed mode.The fix/man mode always has a fast attack,but it is possible to obtain a release time depending on the input signal,e.g.get a fast release when the peak disappears,then superseded shortly thereafter by the release time selected by the release control.From the time the peak disappears,until the selected release time takes over,is dependent upon the setting of the attack control.That is,the attack control changes function from a pure attack control,to a control of delay with the same time range.The more CW the attack control is turned,the longer time before the release controltakes over.The more CCW the attack control is turned,the shorter time before the release control takes over.This function is valid only if the time of the peak is shorter than the setting of the attack control. If the peak of the program is longer than the setting of the attack control,or if the attack control has reached the full CCW position,it will respond as in the manual mode.The fix/man mode acts as an automatic release function with a constant fast attack time and fast release time for short peaks and a longer release times for longer peaks.This setting is mainly intended for use on program material(overall compression).BUS SELECT:Interconnects several compressors on bus1or bus2.If the compressor is left in the off position,it works entirely independently.(980112)SUGGESTED APPLICATIONSOFTUBE-TECH COMPRESSOR CL1BIn the following,you will find suggestions on various applications of the TUBE-TECH compressorCL1B.They are given as a convenient guide to enable you to familiarise yourself with the different aspects of using the compressor.We have not mentioned specific settings of gain and threshold as they are dependent upon input levels.Instead we have specified how much compression in dB,we feel,is needed for the various examples.OVERALL COMPRESSION:FINAL MIXCOMPRESSION NEEDED:3-4dBAttack/release select:Fix/manAttack:2o'clockRelease:10o'clockRatio:9o'clockSTANDARD COMPRESSION:BASS,PIANO,GUITAR,KEYBOARDS AND VOCALSCOMPRESSION NEEDED:4-5dBAttack/release select:ManualAttack:2o'clockRelease:10o'clockRatio:10-2o'clockHEAVY COMPRESSION ON INSTRUMENTS:LINE GUITAR AND PIANOCOMPRESSION NEEDED:10dBAttack/release select:ManualAttack:7o'clockRelease:1o'clockRatio:3o'clockCOMPRESSION OF DRUMS:SNARE AND BASS DRUMCOMPRESSION NEEDED:2-3dBAttack/release select:FixedRatio:9-12o'clock(980112)ADJUSTMENT PROCEDURE:CAUTION:Before making any adjustment let the unit heat-up at least15min.Observe that the offset-voltage measured at the side chain jack socket,when the THRESHOLD is off,is not greater than+/-15mV DC in both position"fixed"and "manual".(tip is bus1and ring is bus2).If the voltage exceeds this value,replace either IC1or IC2.THE GRE SHALL BE MARKED BETWEEN1.225-1.285ADJUSTMENT OF BASIC GAIN:1)Apply a signal of1kHz,-30,0dBU into the input of the compressor.2)Turn the GAIN-control fully clockwise.3)Set the RATIO-control at2:14)Adjust the pre-set GAIN(located on amp/psu PCB)to an output-reading of0,0dBU.ADJUSTMENT OF COMPRESSION TRACKING:1)Turn the THRESHOLD-control fully counter-clockwise.2)Set the RATIO-control at2:1.3)Set the BUS-select-switch at1.4)Apply a signal of1kHz,0,0dBU into the input of the compressor.5)Adjust the GAIN-control to an output-reading of0,0dBU.6)Apply a DC-voltage of+250,0mV into the side chain jack socket(tip)and observe thatthe output level has dropped to-10,0dB.7)If this is not the case,adjust the level with P2(P1)*,to obtain a drop of exactly-10,0dB. *The trimpots in parenthesis refers to PCB870316-0,1,2(980810)ADJUSTMENT OF THE VU METER READING"COMPRESSION":1)Turn the THRESHOLD-control fully counter-clockwise.2)Switch the METER-selector to Compression.3)Set the RATIO-control at2:14)Apply a signal of1kHz,0,0dBU into the input of the compressor.5)Adjust the GAIN-control to an output-reading of0,0dBU.6)Adjust P4(P2)*until the meter is reading0VU.7)Apply a DC-voltage of+250,0mV into the side chain jack socket and observe that theoutput level has dropped to-10,0dBU.If this is not the case,adjust the compressiontracking(see above)8Adjust P3until the meter is reading-10,0VU.9)Remove the DC-voltage from the side chain jack socket.10)Repeat step6-9.NB:The VU-meter accuracy should be within+/-0,5dB when reading compression. ADJUSTMENT OF THE RELEASE CONTROL:1)Set the METER switch in position compression.2)Set the attack/release SELECT switch in position manual.3)Apply a signal of1kHz,0,0dBU into the input of the compressor.4)Adjust the THRESHOLD-control to a reading of-10VU of the VU-meter5)Set the ATTACK-control at fast.6)Set the RELEASE-control at slow.7)Switch off the1kHz and observe that the VU meter moves to0VU in approx.10sec.8)If this is not the case,adjust P1(P5)*,to obtain a release time of approximately10sec. *The trimpots in parenthesis refers to PCB870316-0,1,2(950119)Over view of the sidechain PCBPCB870316-0,1,2P2P3P1P50VU-10VU-10dB Rel.10Sec.PCB870316-3P4P3P2P10VU-10VU-10dB Rel10Sec.101115TECHNICAL SPECIFICATIONS CL1B:Input impedance:600OhmsOutput impedance:<60OhmsFrequency-response:5Hz-25kHz+0.5/-3dB Distortion THD@40Hz:0dBU:<0,15%10dBU:<0,15%maximum output(1%THD):+26,0dBUmaximum input(1%THD):+21,0dBUNoise Rg=200Ohm:Output Gain0dB+30dB Unweighted-85,0dBU-75,0dBUCCIR468-3-75,0dBU-65,0dBUCMRR@10KHz<-60dBGain:off to+30dBCompressorRatio:2:1to10:1Threshold:off to-40dBUAttack:0,5mS to300mSRelease:0,05S to10STracking between interconnected compressors:(0to30dB compression):<+/-1dBTubesECC821ECC831DimensionsHeight:3units132m m/5,2”Width:483m m/19”Depth:170m m/6,7”WeightNet:4,1Kg/9,0lbsShipping:5,9Kg/13,0lbsPower requirements@115V/230V AC,50-60Hz30-40WAll specifications at RL=600Lydkraft reserves the right to alter specifications without prior notice(051018jgp)。

巴克尔汉尼金公司水压值分部的技术信息公告 HY14-2544-B3 US 1说明书

Series CP Technical InformationGeneral Description.maximum flow rates.The valves are typically used in combination with spooltype directional control valves to ensure leak free posi-tioning of the actuator.The inlet flow is free while the outlet flow is blocked.Pressure in the inlet line opens the check valve andallows free outlet flow.Features•High life time.•Check function in A, B or A + B.• Sizes:– CP05 – NFP A D05 / NG10 / CETOP 5– CP5H – NFP A D05HE / NG10 / CETOP 5H– CP07 – NFP A D07 / NG16 / CETOP 7– CP08 – NFP A D08 / NG25 / CETOP 8Ordering Information Series CPPilot Operated Check ValveCPCode Description AA Blocked in A BB Blocked in B DD Blocked in A and BCode Description 03 See CPOM205 NFPA D05 / NG10 5H*NFPA D05HE / NG10 07 NFPA D07 / NG16 08 NFPA D08 / NG25StyleSizeC ode Description A Aluminum DDuctile IronBody Material SealC odeDescription N NitrileV* Fluorocarbon* Upon request.Cracking Pressure30Code Description 302 Bar (30 PSI)CP**AA CP**BB CP**DDWeight:Size CP**AA30NA CP**AA30ND CP**BB30NA CP**BB30ND CP**DD30NA CP**DD30ND CP05, CP5H 0.8 kg (1.8 lbs.) 1.7 kg (3.8 lbs.)0.8 kg (1.8 lbs.) 1.7 kg (3.8 lbs.) 1.3 kg (2.9 lbs.) 2.7 kg (5.9 lbs.)CP07 2.4 kg (5.4 lbs.) 5.3 kg (11.8 lbs.) 2.4 kg (5.3 lbs.) 5.2 kg (11.6 lbs.) 3.5 kg (7.6 lbs.)7.2 kg (15.8 lbs.)CP085.2 kg (11.4 lbs.)11.6 kg (25.6 lbs.)5.8 kg (12.7 lbs.)13.1 kg (29 lbs.)7.6 kg (16.7 lbs.)15.9 kg (35.1 lbs.)* Valve comes with D05HE (ISO) pattern seal plate (990-120-012). If D05H pattern is required, order seal plate kit 990-120-009.Performance Curves Series CP CP05/CP5HCP07CP0820805.321.2604012010015.910.631.726.5Flow (Q)LPMGPMPressure Differential vs.Flow Fluid Viscosity 30 cSt at 50°C (122°F)Bar P r e s s u r eD r o p pD 4016024010.642.355.61208036020028032031.721.295.252.974.184.7Flow (Q)LPMGPMPressure vs.Flow ReliefFluid Viscosity 30 cSt at 50°C (122°F)Bar P r e s s u r e D r o p pD 20605.315.9408010.621.2Flow (Q)LPMGPMPressure Differential vs.Flow Fluid Viscosity 30 cSt at 50°C (122°F)20406080P r e s s u r e D r o p pDCP05DD – Inch equivalents for millimeter dimensions are shown in (**)CP5HDD –Inch equivalents for millimeter dimensions are shown in (**)* D05HE (Standard)** D05H * D05HE (Standard)** D05Hpattern seal plate (990-120-012). If D05H pattern is required, order seal plate kit 990-120-009.Valve comes with D05HE (ISO) seal plate kit 990-120-009.CP07BB – Inch equivalents for millimeter dimensions are shown in (**)CP08AA – Inch equivalents for millimeter dimensions are shown in (**)CP08DD – Inch equivalents for millimeter dimensions are shown in (**)Parker Hannifin Corporation Hydraulic Valve Division 520 Ternes AvenueElyria, Ohio 44035 USA Bulletin HY14-2544-B3/US,7/15© 2015 Parker Hannifin Corporation. All rights reserved.FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS DESCRIBED HEREIN OR RELA TED ITEMS CAN CAUSE DEA TH, PERSONAL INJURY AND PROPERTY DAMAGE.• This document and other information from Parker-Hannifin Corporation, its subsidiaries and authorized distributors provide product or system options for further investigation by users having technical expertise.• The user, through its own analysis and testing, is solely responsible for making the final selection of the system and components and assuring that all performance, endurance, maintenance, safety and warning requirements of the application are met. The user must analyze all aspects of the application, follow applicable industry standards, and follow the information concerning the product in the current product catalog and in any other materials provided from Parker or its subsidiaries or authorized distributors.• T o the extent that Parker or its subsidiaries or authorized distributors provide component or system options based upon data or specifications provided by the user, the user is responsible for determining that such data and specifications are suitable and sufficient for all applications and reasonably foreseeable uses of the components or systems.WARNING – USER RESPONSIBILITYThe items described in this document are hereby offered for sale by Parker-Hannifin Corporation, its subsidiaries or its authorized distributors. This offer and its acceptance are governed by the provisions stated in the detailed “Offer of Sale” elsewhere in this document or available at /hydraulicvalve.OFFER OF SALEFor safety information, see Safety Guide SG HY14-1000 at /safety or call 1-800-CParker.SAFETY GUIDE。

cp2k 动力学后处理

cp2k 动力学后处理【1.CP2K简介】CP2K（Chemical Physics Package 2000）是一款强大的量子化学计算软件，广泛应用于材料科学、生物化学、物理化学等领域。

它提供了丰富的功能，包括几何优化、分子动力学、量子化学计算等。

在本篇中，我们将重点介绍CP2K的动力学后处理功能。

【2.动力学后处理概述】动力学后处理是CP2K中一个重要的模块，主要用于分析计算过程中的分子动力学轨迹。

通过动力学后处理，用户可以获取有关分子结构、速率常数、能量转换等信息，从而进一步了解分子在反应过程中的动态行为。

【3.CP2K动力学后处理具体操作步骤】在使用CP2K进行动力学后处理之前，请确保已经完成了分子动力学模拟。

以下是进行动力学后处理的具体步骤：1) 打开CP2K软件，导入已完成的分子动力学模拟数据。

2) 选择合适的分析工具，如Fourier变换、功率谱分析等。

3) 设定所需计算的物理量，如键长、键角、能量等。

4) 运行动力学后处理程序，等待计算结果。

5) 分析结果，提取感兴趣的信息。

【4.应用案例及实用技巧】案例1：研究分子结构变化通过动力学后处理分析分子在不同时间点的结构，可以研究分子在动力学过程中的构象变化。

这对于理解分子间的相互作用以及探索化学反应机制具有重要意义。

案例2：计算反应速率常数利用动力学后处理中的Fourier变换分析，可以计算分子在特定频率下的振动模式强度。

结合Arrehnius方程，进一步计算反应速率常数。

实用技巧：- 在进行动力学后处理时，建议先对原始数据进行预处理，如去除噪声、平滑曲线等。

- 分析结果时，注意观察物理量的时空分布，以便更好地了解分子动力学行为。

【5.总结与展望】CP2K的动力学后处理功能为研究者提供了强大的工具，可以深入分析分子动力学过程中的各种物理量。

随着计算技术的不断发展，CP2K的动力学后处理功能将不断完善，为用户提供更多高效的分析手段。

cp2k计算转移积分

cp2k计算转移积分
CP2K是一种用于原子、分子和固体的量子化学和固体物理问题的开源程序包。

它包含了许多功能模块，其中包括用于计算转移积分的功能。

转移积分是描述分子内或分子间电子的移动和相互作用的重要物理量。

在CP2K中，可以使用密度泛函理论（DFT）或者Hartree-Fock方法来计算转移积分。

具体的计算步骤包括定义分子结构、选择合适的泛函或方法、设置计算参数，并进行计算。

通过CP2K，可以获得转移积分的值，这对于理解分子的电子结构和性质非常重要。

希望这个回答能够全面解答您的问题。

cp2k 动力学后处理

cp2k 动力学后处理摘要：1.CP2K 动力学后处理的概述2.CP2K 动力学后处理的主要步骤3.CP2K 动力学后处理的应用案例4.CP2K 动力学后处理的优势与局限性正文：1.CP2K 动力学后处理的概述CP2K（CP2K : A Fortran package for molecular dynamics simulations）是一种功能强大的分子动力学模拟软件，广泛应用于化学、物理、材料科学等领域。

CP2K 动力学后处理是指在分子动力学模拟过程中，对模拟数据进行分析和可视化的一系列操作，以便于研究者更直观地理解和解释模拟结果。

2.CP2K 动力学后处理的主要步骤CP2K 动力学后处理的主要步骤可以概括为以下几个方面：（1）数据输出：在分子动力学模拟过程中，CP2K 可以输出多种格式的数据文件，如traj、xtc 等，以便于进行后续分析。

（2）数据分析：通过对输出数据文件的分析，可以获取模拟过程中分子的结构信息、能量变化、相互作用力等。

（3）结果可视化：将分析得到的数据以图表或动画等形式进行可视化展示，便于研究者直观地观察和分析模拟结果。

3.CP2K 动力学后处理的应用案例CP2K 动力学后处理在许多研究领域都有广泛应用，例如：（1）材料科学：通过模拟材料的微观结构和动力学行为，研究其力学性能、热学性能等。

（2）药物设计：通过对药物分子与靶点蛋白的相互作用进行模拟，研究药物的生物活性和毒性。

（3）催化剂研究：通过模拟催化剂的活性中心和反应过程，研究催化剂的活性和稳定性。

4.CP2K 动力学后处理的优势与局限性CP2K 动力学后处理的优势主要表现在以下几个方面：（1）功能强大：CP2K 动力学后处理可以对分子动力学模拟数据进行全方位的分析和可视化，满足研究者的多种需求。

（2）易用性高：CP2K 动力学后处理的操作界面友好，用户无需具备专业知识即可轻松上手。

然而，CP2K 动力学后处理也存在一定的局限性，例如：（1）计算资源需求高：动力学后处理需要对大量模拟数据进行分析，对计算资源的需求较高。

OM-CP-PRTRANS 透漏记录仪产品说明书

Price Description
OM-CP-PRTRANS-0-30A
$649 Transient pressure data logger, 0 to 30 psia, submersible
OM-CP-PRTRANS-0-100A
649 Transient pressure data logger, 0 to 100 psia, submersible
Resolution 0.02 psia 0.1 psia 0.2 psia 0.5 psia 1.0 psia 5.0 psia 0.02 psig 0.1 psig 0.2 psig 0.5 psig
Battery Life: 3 days continuous @ 10 ms sample rate Shelf Life: Up to 1 year when not in use Data Format: Date and time stamped, psia, psig, inches, feet, mmHg, bar, torr, kPa Computer Interface: PC serial or USB (interface cable required) 115,200 baud Software: WIN98/NT/2000/XP/VISTA 32-bit (VISTA 32-bit version only; VISTA 64-bit is not supported) Operating Environment: -40 to 80°C (-40 to 176°F) 0 to 100% RH non-condensing Dimensions: 163 mm x 32 mm L (6.4 x 1.25") Weight: 340 g (12 oz) Material: Stainless steel

OMRON D2T Snap Action Switch 说明书

1118Snap Action Switch D2TCompact DPST -NO Snap Action Switch•Incorporates circuits for power and low-level loads •Approved by safety standards, such as UL, VDE, and SEMKO•As compact as OMRON's V-series snap action switches •Contact gap of 0.7 mm min.•Panel or screw-mounted with ease•Straight and angled terminals are available •RoHS CompliantOrdering InformationNote: The actuator of the D2T is identical to that used for OMRON's V-series Snap-action Switches. The actuator can be replaced with other typesof actuators. Contact your OMRON representative for details.ActuatorModelAngled terminal Straight terminal Pin plungerD2T-T1D2T -T1SHinge lever D2T-LT1D2T -LT1SSnap Action Switch D2T1119SpecificationsI CharacteristicsI Operating CharacteristicsNote:There is no actuation order between terminals 1 and 2 and terminals 3 and 4.I Contact FormNote:The circuit switching power load has a snap-action mechanism.The circuit switching low-level load has a slow-action mechanism.I RatingsElectrical ratings 5 A at 125/250 VAC between terminals 1 and 20.1 A at 125 VAC between terminals 3 and 4Operating speed 10 to 500 mm/second (0.39 to 19.7 in/second)Operating frequency Mechanical 120 operations per min Electrical60 operations per minContact resistance 50 m Ω max. between terminals 1 and 2100 m Ω max. between terminals 3 and 4Insulation resistance 100 M Ω min. (at 500 VDC)Dielectric strength (VAC)1,000 VAC for 1 minute between contacts of same polarity1,500 VAC for 1 minute between current-carrying metal parts and ground, and between contacts of different polarityVibration resistance Malfunction 10 to 55 Hz, 1.5 mm double amplitude Shock resistance Malfunction 300 m/s 2 min. (approx. 30 g min.)Life expectancyMechanical 100,000 operations min. (at full OT value, operating frequency of 120 operations/min.)Electrical100,000 operations min. (at rated OT value, operating frequency of 60 operations/min.)Ambient temperature Operating -25° to 80°C (with no ic ing)Ambient humidity Operating85% RH max WeightApprox. 10 gCharacteristics Part number D2T-T1, D2T-T1S D2T-LT1, D2T-LT1S OF max.330 g 150 g RF min.50 g 20 g TTF max.650 g 250 g OT min.0.8 mm1.6 mmOP4.4 ±0.6 mm (see note)6.9 ±1.3 mm (see note)Electrical RatingsBetween terminals 1 and 2: 5 A @ 125/250 VAC Between terminals 3 and 4: 0.1 A @125 VAC1120Snap Action Switch D2TDimensionsUnit: mm (inch)I Pin PlungerD2T-T1D2T-T1SI Hinge LeverD2T-LT1D2T-LT1SNote:1.Unless otherwise specified, a tolerance of ±0.4 mm applies to all dimensions.2.The above illustrations and dimensions of the pin plunger and hinge lever are for D2T models with angled terminals. Refer to the dimen-sions in “Terminals” for the straight terminals of D2T.ITerminalsAngled terminalStraight terminalSnap Action Switch D2T1121PrecautionsI MountingUse M3 mounting screws to mount the switch. Tighten the screws to a torque of 4 to 6 kgf • cm.Mounting HolesPanel Mounting DimensionsWhen mounting the D2T to a panel, be sure to insert an insulation separator between the D2T and the panel.The actual OT of the D2T must be at least the specified value and within the permissible OP of the D2T.I SolderingThe following soldering conditions are recommended.When soldering the D2T to a PCB, make sure that no flux will be on the surface of the PCB.Soldering Temperature Time Manual 350° C 3 s max.Automatic260° C5 s max.Terms and Conditions of Sale1.Offer; Acceptance. These terms and conditions (these "T erms") are deemedpart of all quotations, acknowledgments, invoices, purchase orders and other documents, whether electronic or in writing, relating to the sale of products or services (collectively, the "Products") by Omron Electronic Components LLC ("Seller"). Seller hereby objects to any terms or conditions proposed in Buyer's purchase order or other documents which are inconsistent with, or in addition to, these T erms.2. Prices; Payment. All prices stated are current, subject to change withoutnotice by Seller. Buyer agrees to pay the price in effect at time of shipment.Payments for Products received are due net 30 days unless otherwise stated in the invoice.3. Discounts. Cash discounts, if any, will apply only on the net amount ofinvoices sent to Buyer after deducting transportation charges, taxes and duties, and will be allowed only if (i) the invoice is paid according to Seller's payment terms and (ii) Buyer has no past due amounts owing to Seller.4. Currencies. If the prices quoted herein are in a currency other than U.S. dol-lars, Buyer shall make remittance to Seller at the then current exchange rate most favorable to Seller and which is available on the due date; provided that if remittance is not made when due, Buyer will convert the amount to U.S. dol-lars at the then current exchange rate most favorable to Seller available during the period between the due date and the date remittance is actually made. 5. Governmental Approvals. Buyer shall be responsible for, and shall bear allcosts involved in, obtaining any government approvals required for the impor-tation or sale of the Products.6. Taxes. All taxes, duties and other governmental charges (other than generalreal property and income taxes), including any interest or penalties thereon, imposed directly or indirectly on Seller or required to be collected directly or indirectly by Seller for the manufacture, production, sale, delivery, importation, consumption or use of the Products sold hereunder (including customs duties and sales, excise, use, turnover and license taxes) shall be charged to and remitted by Buyer to Seller.7. Financial. If the financial position of Buyer at any time becomes unsatisfactoryto Seller, Seller reserves the right to stop shipments or require satisfactory security or payment in advance. If Buyer fails to make payment or otherwise comply with these T erms or any related agreement, Seller may (without liability and in addition to other remedies) cancel any unshipped portion of Products sold hereunder and stop any Products in transit until Buyer pays all amounts, including amounts payable hereunder, whether or not then due, which are owing to it by Buyer. Buyer shall in any event remain liable for all unpaid accounts.8. Cancellation; Etc. Orders are not subject to rescheduling or cancellationunless Buyer indemnifies Seller fully against all costs or expenses arising in connection therewith.9. Force Majeure. Seller shall not be liable for any delay or failure in deliveryresulting from causes beyond its control, including earthquakes, fires, floods, strikes or other labor disputes, shortage of labor or materials, accidents to machinery, acts of sabotage, riots, delay in or lack of transportation or the requirements of any government authority.10. Shipping; Delivery. 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cp2k检查格式

cp2k检查格式CP2K是一个功能强大的计算物理软件，常用于分子动力学模拟、量子化学计算和固体材料模拟等领域。

以下是CP2K检查格式的步骤和注意事项：1.安装CP2K软件：可以从官方网站下载并安装CP2K软件。

请确保使用最新版本的CP2K，以确保更好的稳定性和功能。

2.创建输入文件：CP2K使用输入文件来描述模拟或计算的系统和参数。

输入文件是一个文本文件，其中包含所有必要的参数和设置。

根据模拟或计算的具体任务，需要编写相应的输入文件。

3.指定模拟或计算类型：在输入文件中，需要指定模拟或计算的类型，例如分子动力学模拟、量子化学计算等。

这决定了软件将使用哪种算法和计算方法。

4.设置模拟或计算参数：根据具体的模拟或计算任务，需要设置相应的参数，如温度、压力、时间步长等。

这些参数将影响模拟或计算的结果。

5.运行模拟或计算：在完成输入文件的编写和参数的设置后，可以运行模拟或计算。

确保在运行之前仔细检查输入文件和参数的设置，以确保模拟或计算的正确性和可靠性。

6.检查输出文件：模拟或计算完成后，需要检查输出文件以评估结果。

输出文件包含模拟或计算的结果数据，如能量、分子构型、扩散系数等。

根据具体任务的要求，需要分析输出数据以得出结论。

注意事项：1.确保输入文件的语法正确：在编写输入文件时，需要遵循正确的语法和格式，以避免软件报错或无法正确运行。

可以参考CP2K的官方文档或示例输入文件来编写自己的输入文件。

2.检查模拟或计算的参数设置：在设置模拟或计算的参数时，需要确保参数的合理性和准确性。

错误的参数设置可能导致模拟或计算结果的偏差或错误。

3.分析输出数据：在检查输出文件时，需要仔细分析数据以得出正确的结论。

需要了解数据的含义和背景，以便更好地理解模拟或计算的结果。

4.维护软件的更新：随着科学技术的不断发展，CP2K软件也在不断更新和完善。

建议定期检查软件更新，以确保使用最新版本的CP2K，以获得更好的稳定性和功能。

mecp2结构域

mecp2结构域MECP2结构域MECP2是指甲状腺素A受体结合蛋白2（methyl-CpG binding protein 2）的简称。

MECP2是一种转录因子，它在DNA甲基化和染色质重塑中起着重要的作用。

MECP2基因位于X染色体上，突变会导致Rett综合征，这是一种神经系统发育障碍性疾病。

MECP2结构域是指构成MECP2蛋白的各个功能区域。

MECP2蛋白包含一个甲基结合结构域（MBD），一个核定位信号（NLS）和一个转录抑制结构域（TRD）。

这些结构域的相互作用和功能对于MECP2的生物学功能至关重要。

MECP2的MBD结构域使其能够与DNA上的甲基化位点结合。

DNA甲基化是一种常见的表观遗传修饰方式，它对基因的表达起着重要的调控作用。

MECP2通过与甲基化的DNA结合，可以识别DNA上的甲基化位点，并进一步参与染色质的重塑。

这种重塑过程可以调节基因的可及性，从而影响基因的转录和表达。

MECP2的NLS结构域使其能够定位到细胞核中。

细胞核是细胞内DNA的存储和转录区域，也是基因调控的重要场所。

通过定位到细胞核中，MECP2可以与其他转录因子和染色质修饰酶相互作用，参与基因的转录调控。

这种转录调控的过程可以影响细胞的发育和功能。

MECP2的TRD结构域使其能够抑制基因的转录。

转录是基因表达的第一步，它将DNA上的基因信息转录为RNA分子。

MECP2通过与其他转录因子相互作用，调节基因的转录水平。

一些研究表明，MECP2的突变会导致基因转录的异常，进而影响细胞的功能。

总结起来，MECP2结构域在调控基因表达和染色质重塑中发挥着重要的作用。

通过与DNA甲基化位点结合、定位到细胞核和抑制基因的转录，MECP2参与调控基因的转录水平和表达模式。

对MECP2结构域的研究可以帮助我们更好地理解MECP2在神经系统发育和功能中的作用，进而为相关疾病的治疗提供新的思路和方法。

未来的研究可以进一步探索MECP2结构域与其他蛋白的相互作用，以及其对基因转录和染色质重塑的调控机制。

cp2k 动力学后处理

cp2k 动力学后处理（原创版）目录1.CP2K 动力学后处理的概述2.CP2K 动力学后处理的主要步骤3.CP2K 动力学后处理的应用实例4.CP2K 动力学后处理的优势与局限性正文一、CP2K 动力学后处理的概述CP2K（Compute Physics 2000）是一款功能强大的量子化学软件，广泛应用于分子动力学、电子结构计算等领域。

动力学后处理是 CP2K 中的一个重要模块，主要负责对计算得到的动力学数据进行分析和可视化。

通过这一模块，研究人员可以更好地理解分子结构、性质以及反应机制等方面的信息。

二、CP2K 动力学后处理的主要步骤1.数据读取：首先，动力学后处理模块需要读取 CP2K 计算得到的轨迹文件和参数文件。

轨迹文件包含了分子在动力学过程中各个时间点的坐标信息，而参数文件则记录了计算过程中所使用的各种参数。

2.数据分析：在读取数据后，动力学后处理模块会对数据进行一系列分析，如计算分子的均方根振动幅度（RMSD）、溶剂化自由能等。

这些分析结果有助于研究人员了解分子的动力学行为和热力学性质。

3.结果可视化：分析完成后，动力学后处理模块会将结果以图形的形式展示出来。

常见的图形包括轨迹图、自由能曲线、振动模式等。

这些图形可以直观地反映分子在动力学过程中的变化规律，为研究人员提供有价值的信息。

三、CP2K 动力学后处理的应用实例1.分子对接：动力学后处理模块可以用于评估两个分子之间的结合能力。

研究人员可以通过比较不同分子对接模型的自由能曲线，找到最优的结合模式。

2.溶剂化效应研究：动力学后处理模块可以用于研究溶剂化效应对分子性质的影响。

例如，通过分析溶剂化自由能曲线，研究人员可以了解溶剂分子与溶质分子之间的相互作用，以及溶剂对溶质稳定性的影响。

3.反应机制研究：动力学后处理模块可以用于研究分子反应机制。

通过对反应过程中的坐标和能量变化进行分析，研究人员可以揭示反应的活化能、反应路径等信息。

四、CP2K 动力学后处理的优势与局限性1.优势：CP2K 动力学后处理模块具有强大的数据分析和可视化功能，可以帮助研究人员深入了解分子的动力学行为和热力学性质。

cp2k 使用指导说明书

RUNNING CP2K CALCULATIONSIain Bethune********************.uk@iainbethuneOverview•How to run CP2K•CP2K Input file•The Basics•The How –FORCE_EVAL•The What –MOTION•Basis Sets and Pseudopotential libraries •CP2K Output•Controlling what gets written•Overview of an output file •Restarting a calculationHow to run CP2K•CP2K binaries:•cp2k.version where version is usually one of:•sopt–Serial, optimised•ssmp–Single process + symmetric multiprocessor (OpenMP)•popt–Parallel (MPI), optimised•psmp–Parallel (MPI) + symmetric multiprocessor (OpenMP)•Available from /download•Linux binaries (released versions)•Also in Linux package managers•Source code (released versions and latest trunk), GPL•May be pre-installed, e.g. ARCHER …How to run CP2K•Basic command line options:•cp2k.sopt –i input_file–o output_file •By default, output goes to the standard output•Output to file appends (beware!)•Input file is the last argument if not otherwise specified •Other useful options:•cp2k.sopt –-version•cp2k.sopt –-check input_file•cp2k.sopt –-html-manual•cp2k.sopt --helpHow to run CP2K•Typical files associated with a CP2K run:•Input (required):• e.g. H2O-32.inp(main input file, name and extension are arbitrary)•Optional inputs:•POTENTIAL(psuedopotential library)•BASIS_SET (basis set library)•Structure file (e.g. psf, xyz, crd…)•…•Outputs:•PROJECT-1.restart (input file to restart calculation)•PROJECT-pos-1.xyz (trajectory for MD or GEO_OPT)•PROJECT-1.ener (MD energies, temperature, cons. Q …)•PROJECT-1.cell (cell parameters for NPT MD or CELL_OPT)•PROJECT-RESTART.wfn(orbitals for restart)•…CP2K Input file: The Basics •Full documentation available online:••Or generate with --html-manual•Sections –13 (optional) top level sections•&BEGIN section_name[params]•…•&END [section_name]•Keywords•KEYWORD value•KEYWORD [ON|OFF] [YES|NO] [TRUE|FALSE] …•KEYWORD•Nesting•Sections may others sections and keywordsCP2K Input file: The Basics •Basic pre-processing syntax@INCLUDE ‘filename’ –copy in text from file@SET VAR value –define a variable$VAR–replaced with variable value@IF / @ENDIF–simple logic! or# –comments•Units•Numerical entries have a default unit (see manual)•Specify other units by hand e.g.ABC [nm] 100 100 100 (or bohr, default is angstrom)EMAX_SPLINE [eV] 50(or Ry, joule, default is hartree)•Also combinations e.g. [hartree*bohr^-2]CP2K Input file: The Basics GLOBAL section (required)&GLOBALPROJECT H2O-32RUN_TYPE MDPRINT_LEVEL HIGH&TIMINGSTHRESHOLD 0.000001&ENDWALLTIME 3600&END GLOBALCP2K Input file: The How FORCE_EVAL section (required)&FORCE_EVALMETHOD QS (or FIST,QMMM …)&DFT…&END DFT&SUBSYS…&END SUBSYS&END FORCE_EVAL&DFTBASIS_SET_FILE_NAME GTH_BASIS_SETSPOTENTIAL_FILE_NAME POTENTIAL&MGRID CUTOFF 280REL_CUTOFF 30&END MGRID&QSEPS_DEFAULT 1.0E-12WF_INTERPOLATION PSEXTRAPOLATION_ORDER 3&END QS&SCF SCF_GUESS ATOMIC&OT ONMINIMIZER DIIS&END OT&PRINT &RESTART OFF&END&END&END SCF &XC&XC_FUNCTIONAL Pade&END XC_FUNCTIONAL&END XC&END DFT CP2K Input file: The How Basis and PP library files Parameters for the realspace multi-grids Quickstep options Control of SCF procedure, including minimisation scheme Exchange-Correlation Functional (LDA)&SUBSYS&CELLABC 9.8528 9.8528 9.8528&END CELL# 32 H2O (TIP5P,1bar,300K) a = 9.8528&COORDO 2.280398 9.146539 5.088696O 1.251703 2.406261 7.769908O 1.596302 6.920128 0.656695...H 0.837635 8.186808 8.987268H 8.314696 10.115534 2.212519H 8.687134 8.667252 2.448452&END COORD&KIND HBASIS_SET TZV2P-GTHPOTENTIAL GTH-PADE-q1&END KIND&KIND OBASIS_SET TZV2P-GTHPOTENTIAL GTH-PADE-q6&END KIND&END SUBSYS CP2K Input file: The HowCell definition Particle coordinates Could also @include an external file or parse other formats via &TOPOLOGY COORD_FILE_NAME &END TOPOLOGY Definitions of atomic kinds Could specify charge, mass …CP2K Input file: The What MOTION section&MOTION&MDENSEMBLE NVESTEPS 10TIMESTEP 0.5TEMPERATURE 300.0&END MD&END MOTIONAlso used to control Geometry Optimisation, NEB, Monte Carlo, …Basis Sets and PP libraries•CP2K uses Goedecker-Teter-Hutter, seperable Pseudopotentials •Several sets of PPs and corresponding optimised basis sets are available•See cp2k/data or online:/p/cp2k/code/HEAD/tree/trunk/cp2k/data •POTENTIAL, GTH_POTENTIALS•Wide range of PPs for many elements•Optimised with different XC functional: LDA (PADE), PBE, BLYP …•BASIS_SET, GTH_BASIS_SET, BASIS_MOLOPT•Various qualities / size of basis•Make sure Basis and PP match (functional and number ofelectrons)•Some documentation and references at head of each fileCP2K Output: Controlling what gets written •The PRINT_LEVEL keyword in &GLOBAL•SILENT, LOW, MEDIUM(default), HIGH, DEBUG•HIGH can give more information if you are interested•Also gives some per-process logging in parallel jobs•For long MD runs (e.g. classical), recommend using LOW•Fine grained control is available via print-keys•Most input sections contain a &PRINT sub-section•Each &PRINT sub-section has further subsections for each quantitythat may be printedCP2K Output: Controlling what gets written•For example, the &PRINT section in &MOTION contains&CELL&FORCES&TRAJECTORY&VELOCITIES...•Each section has parameters (and defaults) for which print level it is output&TRAJECTORY defaults to LOW&VELOCITIES defaults to HIGHCP2K Output: Controlling what gets written•Can also specify frequency of printing via &EACH sub-section e.g.&PRINT&CELL&EACHMD 100&END EACH&END CELL&END PRINT•Control over filenames, file formats etc. in each &PRINT sectionCP2K Output: Overview of an output file…Restarting a calculation•If you need to restart your job…•Hardware failure•Batch system time limit•Need more MD sampling•…•CP2K dumps a restart input file which can be directly re-run •cp2k.sopt –i PROJECT-1.restart•Continuous numbering of MD steps•Stores all state variables (incl. extended system)•Use SCF_GUESS RESTARTPlugins are available for your favourite(!) text editors:https:///tools:vimhttps:///tools:emacs Syntax highlighting, indentation, show/hide sections, keywordsTools for building CP2K input•Python interfaces:•Atomic Simulation Environment (ASE,https://wiki.fysik.dtu.dk/ase/)•Fully featured Python environment for atomistic simulation •System setup, analysis and visualisation•Support for manycodes –including CP2K•PyCP2K (https:///SINGROUP/pycp2k )•Object-oriented wrapper following the CP2K input format •e.g. GLOBAL%RUN_TYPE is GLOBAL.Run_type •Auto-completion (for e.g. Spyder IDE)•May use ASE for execution Tools for building CP2K input•GUI setup tools •UCSF Chimera plugins (https:///gpsgibb/tetr_lev00_Chimera_plugin )•Menu-driven +visualisation•TETR:setting up geometry•Supercell,surfaces,clusters, …•LEV00:analysis•Visualising charge/spin densities•DOS, phonons, IR spectra, …•Avogadro •CP2K supported in Avogadro 1•https:///brhr-iwao/libavogadro1cp2k •Experimental support in Avogadro 2•https:///infuniri/avogadrolibs-cp2kTools for building CP2K inputQuestions?。

芯片测试的几个术语及解释CPFTWAT

CP是把坏的Die挑出来，可以减少封装与测试的成本。

可以更直接的知道Wafer的良率。

FT是把坏的chip挑出来；检验封装的良率。

现在对于一般的wafer工艺，很多公司多吧CP给省了；减少成本。

ＣＰ对整片Ｗａｆｅｒ的每个Ｄｉｅ来测试而ＦＴ则对封装好的Ｃｈｉｐ来测试。

ＣＰＰａｓｓ才会去封装。

然后ＦＴ，确保封装后也Ｐａｓｓ。

WAT是Wafer Acceptance Test，对专门的测试图形（test key）的测试，通过电参数来监控各步工艺是否正常与稳定；CP是wafer level的chip probing，是整个wafer工艺，包括backgrinding与backmetal（if needed），对一些基本器件参数的测试，如vt,Rdson,BVdss,Igss,Idss等，一般测试机台的电压与功率不会很高；FT是packaged chip level的Final Test，主要是对于这个（CP passed）IC或Device芯片应用方面的测试，有些甚至是待机测试；Pass FT还不够，还需要作process qual与product qualCP测试对Memory来说还有一个非常重要的作用，那就是通过MRA计算出chip level的Repair address，通过Laser Repair 将CP测试中的Repairable die修补回来，这样保证了yield与reliability两方面的提升。

CP是对wafer进行测试,检查fab厂制造的工艺水平FT是对package进行测试,检查封装厂制造的工艺水平对于测试项来说,有些测试项在CP时会进行测试,在FT时就不用再次进行测试了,节省了FT测试时间;但是有些测试项必须在FT时才进行测试(不同的设计公司会有不同的要求)一般来说，CP测试的项目比较多，比较全；FT测的项目比较少，但都是关键项目，条件严格。

但也有很多公司只做FT不做CP(如果FT与封装yield高的话，CP就失去意义了)。

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3. 金山快译2009 - 高级翻译。金山快译2009支持国际化，简体中文、繁体中文、日文Windows系统下均能正常运行。
4. J北京V6。简体版（JCTchs.exe）、繁体版（JCTcht.exe）、日文版（JCT.exe）。
5. 译经 9.0。简体版
使用方法：
1.用AGTH启动游戏。
在繁体中文或日文Windows系统下执行简体版的翻译软件时，由于内码不同会产生乱码导致无法正常工作。
这时可以用AppLocale等转区软件启动翻译软件，避免乱码。
现在Cp2Tran支持国际化，简体中文、繁体中文、日文Windows系统下均能正常运行。
AGTH本身支持转区，使用“/R”参数启动应用程序，“0804”是简体中文的地区代码。
[Cp2Tran.bmp]
系统要求：
操作系统为Windows 2000以上的简/繁/日文Windows。
我在WinXP（简/日）、Win2003（简）下测试通过。
在繁日系统下运行简体中文翻译软件的办法
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
然后AGTH每捕获一段文本，就会发送剪贴板。而Cp2Tran将自动把剪贴板中的内容复制到翻译软件，并执行翻译。
无论是2D游戏还是3D游戏，只要AGTH能提取文字就行。例如“御宅伴侣”，默认启动时提取不了文字，但加上“/X”参数后就行了，命令行为“E:\AGTH\agth.exe /l /x E:\illusion\homemate\@HomeMate.exe”。见下图——
[2008-05-14]Cp2Kt
仅支持金山快译2007。
[软件发布]Cp2Tran V1.1。支持繁日系统，支持金山快译2009
Cp2Tran
版本：V1.1.0.4
作者：zyl910
Cp2Tran能将AGTH提取的文本发送到翻译软件进行自动翻译。
支持的翻译软件有：
1. 译点通V8.0 - 全文翻译。简版
更新历史
~~~~~~~~
[2009-06-06]Cp2Tran V1.1
支持国际化。简体中文、繁体中文、日文Windows系统下均能正常运行。
支持金山快译2009
[2008-05-18]Cp2Tran V1.0
重写内核，支持多款翻译软件：译点通V8.0、金山快译2007、J北京V6、译经 9.0。
2.进入游戏，设好AGTH的组合框，使其得到正确的文本。
3.点击AGTH菜单栏中的“Options”（选项）弹出设置对话框，选上“Auto copy to clipboard after ... ms”（自动复制到剪贴板）。
4.启动您喜欢的翻译软件。确保输入光标在左侧（上侧）的原文文本框。
5.启动Cp2Tran。选好翻译模式（默认为“日文->简体中文”），确保“监测剪贴板”被选上。
例如启动金山快译2007全文翻译的命令行为“Y:\AGTH\agth.exe /R0804 "Y:\Program Files\Kingsoft\FastAIT 2007\KingTrans.exe"”（日语系统下“\”会显示成“￥”），见下图——
[AGTH0804.bmp]
游戏效果——
[Cp2TranJ.bmp]

Cp2Tran

游戏全自动翻译机使用说明

Infoprint 250 導入と計画の手引き 第 7 章ホスト

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