乐伐替尼

05 - 30 Flame ignition is failed, retry ignition我用的是日立Z-5000型号的我想问一下最可能出现问题的地方和解决办法全文如下：Cause:Flame is ignited, but failed.Just after ignition, Flame is Off.Recovery:Check supply and piping of Fuel gas and Oxidant gas, then press Flame Ignition button again. If failed again, contact Service engineers.

刚看了一条这消息：求助 出现“Flame ignition is failed, retry ignition”怎么办？想回复可惜被锁定了！我用的是8000，你看一下对你有没有帮助，flame sensor开关的位置，当选择monitor/on c2h2 flame时这样是点不着火的，点火之后就熄灭。选择monitor/off h2 flmae leak check时这样做火焰分析时才可以点着火。不知道对你有没有帮助，看一下吧！

请一份Nicoletis10红外光谱仪的使用说明书

电子书：【序号】：1【作者】：Kazuo Kondo, Rohan N. Akolkar, Dale P. Barkey, Masayuki Yokoi【书名】：Copper Electrodeposition for Nanofabrication of Electronics Devices【期刊】：Supression Effect and Additive Chemistry【年、卷、期、起止页码】：pp 27-43http://link.springer.com/book/10.1007%2F978-1-4614-9176-7

我用的是NICOLET380，用了3年多了。最近不知怎么回事，做压片法，点击扫描时，经常出现time-out 提示，不能进行正常扫描。换ATR附件时不会出现这种情况。重启仪器也不能有效解决这个问题。请大家指点指点。

各位朋友： 我们这儿有一台Nicolet 6700 FTIR 仪器。他们都是做固体的或者膜的。 现在我想做液体红外 （我从来没做过，想follow文章的方法）--为了方便大家提供高见，我把文章的话copy 如下： “The liquid cell consisted of a 0.5 mm Teflon spacer sandwiched between two rectangular-shaped CaF2 windows. " 不过作者用的是Nexus 870 FT-IR.我请教的问题是： 如果我买Nicolet 6700的附件做液体红外，买那些附件？ 焦急而又耐心的等待您的回答。。。。。。谢谢

无法点火，吱吱声很小甚至没有。热电icp 显示。failed to receive the torch ignition response from the controller 确定无漏气，矩管也应该没问题。请问是什么原因？

刚进入光谱分析领域的学习，请问有谁知道NICOLET6700 FTIR仪器的具体操作方法及使用中应注意的问题。向大家学习一下，非常谢谢！

麦乐鸡含化妆品成分，你还敢吃么？不过现在好像又有报道说低于国家标准，大家可以照吃不误？！你还敢吃么？欲知后事，见：[url]http://www.instrument.com.cn/news/subject/201003/?SubjectID=83[/url]

今天在没有做任何操作和维护的情况下仪器突然报错"The connection with GC unit failed”,GC同MS连接断开。重启MS后连接恢复。是什么原因会突然导致连接的断开呢？还是说仪器突然抽风呢？

Title Sur le phenomene d'inversion cationique dans les antimoniates et tantalates doubles et triples de structure PerovskiteAuthor(s) Rajaonera, P.Reference Revue de Chimie Minerale (1976), 13, 249-260

[b]【序号】：1【作者】：Dennis Jenke, Piet Christiaens, Jean-Marie Beusen, Philippe Verlinde and Jan Baeten【题名】：A Practical Derivation of the Uncertainty Factor Applied to Adjust the Extractables/Leachables Analytical Evaluation Threshold (AET) for Response Factor Variation【期刊】：PDA Journal of Pharmaceutical Science and Technology【年、卷、期、起止页码】：[font=&]May 2022, [/font][font=&]76 [/font][font=&](3) [/font][font=&]178-199[/font]【全文链接】：https://doi.org/10.5731/pdajpst.2021.012692【网址】：[url=https://journal.pda.org/content/76/3/178.abstract]A Practical Derivation of the Uncertainty Factor Applied to Adjust the Extractables/Leachables Analytical Evaluation Threshold (AET) for Response Factor Variation | PDA Journal of Pharmaceutical Science and Technology[/url][/b]

【题目】Organic Reactions in Ionic Liquids: A Simple and Highly Regioselective N-Substitution of Pyrrole【作者】Zhang-Gao Lea,b,c, Zhen-Chu Chen*a,b, Yi Hub, Qin-Guo Zhengda【链接】https://www.thieme-connect.com/products/ejournals/abstract/10.1055/s-2004-829182【期刊，卷】Synthesis 2004(12): 1951-1954

【序号】：1 【作者】： Bouchet R J【题名】： Evapotranspiration réelle et potentielle, signification climatique【期刊、年、卷、期、起止页码】： IAHS Publ, 1963, 62: 134-142【全文链接】：

http://www.3158.com/upfiles4/2010/08/24/15/06/07/6599bb85.jpg请教各位版友，用液相法分析甲磺酸伊马替尼（见上式），其中有个中间体是没有与甲磺酸成盐的成分。在液相的溶液条件下（水相pH2.5），能把这两种物质分开吗？甲磺酸伊马替尼是可以水解的吧？这个中间体和甲磺酸依马替尼会生成同一种物质吗？要是这样的话，那这个中间体就没法分析了吧。谢谢各位版友！

赛默飞分子光谱部前身为美国尼高力(Nicolet)仪器公司，是世界上最大的傅立叶红外光谱仪的专业生产厂家。据不完全统计，在全球红外光谱仪市场中，赛默飞以30%左右的比例一直占据第一的位置。在中国红外光谱仪市场中，赛默飞保守估计能够占到50%左右。　　回首尼高力红外光谱技术的发展历程，发现其产品获奖无数，如：1999年，Nexus FT-IR获得了匹兹堡展会红外“最好的新仪器”设计奖;2001年，近红外光谱仪Antaris获R&D100大奖;2009年，傅立叶变换显微红外光谱仪iN10系列获R&D100大奖;2011年， Nicolet iS5 FT-IR荣获“2010 年科学家的选择之最佳新光谱仪产品”、“2010科学仪器优秀新产品”称号等。　　日前，赛默飞分子光谱产品中国区商务运营经理吴秋波先生接受了采访，谈及了新品iS50的革新技术、赛默飞的研发理念以及红外光谱技术未来发展趋势等问题。　　吴秋波先生谈到尼高力红外研发理念时，说到，“获多少奖对我们来说只是对其工作的认同，我们并不会以此为骄傲”、“还在推广新产品时，我们就在想下个目标是什么?”、“想要成为一项技术的领导者，就要想到别人没有想到的东西”、我们不想说“me too”......　　2012年5月18日，赛默飞隆重推出了业内首台一键式操作智能研究级红外光谱仪——赛默飞Nicolet iS50红外光谱仪。吴秋波先生指出，iS50中采用了四大革新性技术，至于这四大技术是什么?就需要仔细看看文章了!　　对于红外光谱未来发展趋势，吴秋波先生的“我们正在考虑引入人机对话”等观点，是否会引起您的共鸣呢?红外新品NicoletiS50：追求简单与复杂的平衡——访赛默飞分子光谱产品中国区商务运营经理吴秋波先生

NEW! Thermo Fisher Scientific’s Nicolet iS5 Spectrometer Sept 1, 2010 Thermo Fisher Scientific’s Nicolet iS5 Spectrometer Provides Performance, Price and Fit for Entry-Level FT-IRMADISON, Wisconsin (September 1, 2010) – Thermo Fisher Scientific Inc., the world leader in serving science, today announced the introduction of its newest FT-IR spectrometer, the Thermo Scientific Nicolet iS5, powered by OMNIC* software. The spectrometer is designed for users seeking no-compromise, affordable and compact FT-IR spectroscopy to assist in their product assurance testing, basic troubleshooting and chemistry teaching.The Nicolet™ iS*5 establishes a new benchmark in small-footprint laboratory FT-IR spectroscopy. Delivering comparable performance to full-size spectrometers, the instrument has an open-architecture sample compartment that accepts a wide variety of sampling accessories. The new Nicolet iS5 incorporates the award-winning OMNIC software, widely adopted by major industrial manufacturers and forensic laboratories around the world. The Nicolet iS5 spectrometer, its new iD sampling accessories and OMNIC software solutions for raw materials, impurities and mixtures identification, creates a unique user experience “from sample-in to answer-out.” “The introduction of the Thermo Scientific Nicolet iS5 demonstrates our continuous effort in making spectroscopy genuinely simple, useful, and accessible. The value of this instrument is that it brings the Nicolet FT-IR user experience to new markets, cost-conscious businesses, developing economies, educators, or wherever entry-level FT-IR is required,” said Mike Jost, vice president and general manager of molecular spectroscopy and microanalysis Thermo Fisher Scientific: “The balance of performance, price and size also makes the new Nicolet iS5 spectrometer an ideal fit for world-class manufacturers seeking to protect their business and brand reputation by deploying the highest quality FT-IR methods throughout their organization.” For more information about the Thermo Scientific Nicolet iS5 spectrometer, please call 1-800-532-4752, e-mail analyze@thermo.com or visit www.thermoscientific.com/ftir###Thermo Scientific is part of Thermo Fisher Scientific, the world leader in serving science.About Thermo Fisher Scientific Thermo Fisher Scientific Inc. (NYSE: TMO) is the world leader in serving science. Our mission is to enable our customers to make the world healthier, cleaner and safer. With revenues of more than $10 billion, we have approximately 35,000 employees and serve customers within pharmaceutical and biotech companies, hospitals and clinical diagnostic labs, universities, research institutions and government agencies, as well as in environmental and process control industries. We create value for our key stakeholders through two premier brands, Thermo Scientific and Fisher Scientific, which offer a unique combination of continuous technology development and the most convenient purchasing options. Our products and services help accelerate the pace of scientific discovery, and solve analytical challenges ranging from complex research to routine testing to field applications. Visit www.thermofisher.com.For further press information please contact: Laura Browne, The Scott Partnership, 1 Whiteside, Station Road, Holmes Chapel, Cheshire CW4 8AA, United Kingdom Tel: + 44 1477 539539 Fax: +44 1477 539 540 E-mail: thermo@scottpr.com赛默飞世尔科技于2010.09.01推出最新款高性价比的入门级红外光谱仪Nicolet iS5新闻出处：赛默飞世尔英文官网https://www.thermoscientific.com/wps/myportal/ts/news/detail?contentId=51683

[back=white] [/back][font=宋体][back=white]【序号】：[/back][/font][back=white]1[/back][font=宋体][back=white]【作者】：[/back][/font][back=white] Wang R, Wang F, Kang X, Wang J, Li M, LiuJ, Strappe P, Zhou Z.[/back][font=宋体][back=white]【题名】：[/back][/font][back=white]Ultrasonication enhanced the multi-scale structuralcharacteristics of rice starch following short-chain fatty acids acylation.[/back][font=宋体][back=white]【期刊】：[/back][/font][back=white]Int J Biol Macromol.[/back][font=宋体][back=white]【年、卷、期、起止页码】：[/back][/font][back=white]2021 Nov 1 190:333-342. [/back][font=宋体][back=white]【全文链接】：[/back][/font][back=white] doi: 10.1016/j.ijbiomac.2021.08.227.[/back]

大家好，求助个问题现有一台Nicolet5700，近期出现无法扫描，显示Time out，同时机器上Scan灯不亮，且无法准直设备，请问可能是什么部件出问题，求解惑，多谢！

How to give your paper a proper titleThe title page is the first page of a paper and includes title, running title, author name, affiliation and correspondence address. Often scientists use title to determine whether they will read a paper or not, so an improperly titled paper may never reach the audience for which it was intended. Although the details of the title page are specified by the instructions for each journal, their suggestions for title selection may not be adequate.A title should accurately describe the content of the paper, be revealing and exciting, but generally does not contain an active verb. Omit all waste words such as "A study of ...", "Investigations of ...", "Observations on ...", etc. The title might indicate the topic you will be discussing, for example: Lab 4 - Dependence of photosynthetic activity on wavelength of incident light. Or, it might summarize the take-home message of your paper, for example: hyploci control cell pattern formation in the vegetative mycelium of Aspergillus nidulans. Either way, the title gives your reader their first clue of your paper contents, and sets up an implicit contract that your report must then fulfill. Indexing and abstracting services depend on the accuracy of the title, extracting from it keywords useful in cross-referencing and computer searching. If the study is of a particular species, name it in the title. If the inferences made in the paper are limited to a particular region, then name the region in the title. Currently, titles are often a one-sentence summary of the main message. Because most people scan titles by looking at their beginning and ending, the most important words should be located in these places. A bold phrase or name (heading) ending with a colon and followed by a descriptive phrase (subtitle) provides initial recognition plus crucial information. For example, the title below readily draws the readers attention: Human Sulfite Oxidase: Irreversible Inactivation by Futile Chloride. The title should be specific to communicate to the reader the question being answered in the paper. A good title is straightforward and uses keywords that researchers in a particular field will recognize. For example, if you are asking a question about the inheritance patterns of the gene for aldehyde oxidase production in Drosophila melanogaster, a possible title might be "Inheritance of the Gene for Aldehyde Oxidase in Drosophila melanogaster." Something like "Inheritance in Fruit Flies" is too general, and "A Study of the Inheritance of the Enzyme Aldehyde Oxidase in the Fruit Fly Drosophila melanogaster" is too wordy. The words "A Study of the" are superfluous, and "Enzyme" and "Fruit Fly" are redundant. The suffixase indicates that aldehyde oxidase is an enzyme, and most scientists know that Drosophila melanogaster is the scientific name of a common fruit fly species. However, it is appropriate to include in the title both common and scientific names of less known species. Sometimes after you have written the paper, you develop a different perspective than the one you began with, so deal with the Title last. At the submission stage, reviewers are probably less interested in the title than the general reader. In fact, the reviewer and the reader will have different perspectives in regard to the title. The reviewer is already committed to reading the paper and will read it regardless of the title. But the reader is faced with many competing publications and may need to be lured into picking up your article. Therefore, it is a good idea to try to put some verve into the title, being careful not to sacrifice the quality of the paper or the integrity of your science. The Title should be realistic, but if you are confident in the data and your data demonstrate your conclusions, put it right up front and grab the reader's attention. Think very carefully about your title because the reader is going to look to see that what the title promised was delivered in the data.The title should be appropriate for the intended reader: 1.The title usually describes the subject matter of the article: Effect of Smoking on Academic Performance" 2.Sometimes a title that summarizes the results is more effective: Students Who Smoke Get Lower GradesCONTENTS Describe contents clearly and precisely, so that readers can decide whether to read the report.  Provide key words for indexing. REQUIREMENTS, ADVICE Avoid wasted words such as "studies on," "an investigation of."  Avoid abbreviations and jargon.  Avoid "cute" titlesUnacceptable: An Investigation of Hormone Secretion and Weight in RatsUnacceptable: Fat Rats: Are Their Hormones Different? Acceptable: The Relationship of Luteinizing Hormone to Obesity in the Zucker Rat.The title page should include title, the name, address, phone and fax numbers (and an e-mail address where available) of the corresponding author should be indicated clearly. Place the title about 7 cm from the top of the title page. Place "by" and your name in the center of the page, and place the Department of …, …University, address, contact telephone, email address, and due date, each on a separate centered line, at the bottom of the page. Leave about 5 cm below this information.Running title, sometimes a running title of up to 80 characters should also be provided, which should be placed just below the address line.

这是本介绍电化学分析技术的书，我觉得对于掌握实验技术非常有用，书似乎也不贵，90美元，呵呵，不知道哪个学校买了。Laboratory Techniques in Electroanalytical ChemistrySecond Edition, Revised and ExpandedEdited by Peter T. Kissinger and William R. Heineman Published by Marcel Dekker, 1996. Table of Contents An Overview, Peter T. Kissinger Fundamental Concepts of Analytical Electrochemistry, Peter T. Kissinger, Carl R. Preddy, Ronald E. Shoup, and William R. Heineman Large-Amplitude Controlled-Potential Techniques, William R. Heineman and Peter T. Kissinger Small-Amplitude Controlled-Potential Techniques, Peter T. Kissinger and Thomas H. Ridgway Introduction to Analog Instrumentation, Peter T. Kissinger Overcoming Solution Resistance with Stability and Grace in Potentiostatic Circuits, David K. Roe Conductivity and Conductometry, F. James Holler and Christie G. Enke Electrochemical Cells, Fred M. Hawkridge Carbon Electrodes, Richard L. McCreery and Kristin K. Cline Film Electrodes, James L. Anderson and Nicholas Winograd Microelectrodes, Adrian C. Michael and R. Mark Wightman Chemically Modified Electrodes, Charles R. Martin and Colby A. Foss, Jr. Mercury Electrodes, Zbigniew Galus Solvents and Supporting Electrolytes, Albert J. Fry Electrochemical Studies at Reduced Temperature, Dennis H. Evans and Susan A. Lerke Electroanalytical Chemistry in Molten Salts, Charles L. Hussey Vacuum-Line Techniques, Vladimir Katovic, Michael A. May, and Csaba P. Keszthelyi Electrochemistry in the Dry Box, Steven N. Frank and Su-Moon Park Digital Simulation of Electrochemical Problems, J.T. Maloy Evaluation of Mechanisms of Organic Reactions, M. Dale Hawley Electroorganic Synthesis, Eberhard Steckhan Instructional Examples of Electrode Mechanisms of Transition Metal Complexes, William E. Geiger Electrochemical Preconcentration, Joseph Wang Controlled-Current Coulometry, David J. Curran Electrochemistry in Pharmaceutical Analysis, Marvin A. Brooks and Eric W. Tsai Electrochemical Detection in Liquid Chromatography and Capillary Electrophoresis, Susan M. Lunte, Craig E. Lunte, and Peter T. Kissinger Photonic Electrochemistry, Andrew B. Bocarsly, Hiroyasu Tachikawa, and Larry R. Faulkner Principles and Techniques of Electrochemical-Electron Paramagnetic Resonance Experiments, Ira B. Goldberg and Ted M. McKinney

请问哪位大虾可以告诉我PE、BRUKER、NICOLET的FTIR哪一个性价比更好。公司领导让查询一下性能与价格，报给他作预算参考，常规分析，配ATR，大概什么价？有知道的请发我信箱liky2000@people.com.cn.在此先谢过了。也不知道这类信息发这里是否合适？如果不合适请版主将我的信息转发到相关论坛，谢谢！小么对这里还不是很熟悉。请版主帮忙！[em04]

各位大侠好！！我们实验室新进了nicolet5700/8700红外光谱仪，但是由于移交手续尚未办齐至今仍未开箱。现在需要根据此红外光谱仪的具体安装参数对实验室进行重新改造，尤其仪器的供电电压、额定功率等参数直接涉及到装修时需要考虑的电源配置。望那位大侠了解这方面的参数不吝赐教。谢谢！！！

[font=&]【作者】：[/font][font=&]【题名】：[font=微软雅黑][color=#444444]Surface-enhanced Raman spectroscopy detection of organic molecules and in situ monitoring of organic reactions by ion-induced silver nanoparticle clusters[/color][/font][/font][font=&]【期刊】：[/font][font=&]【年、卷、期、起止页码】：Phys Chem Chem Phys. 2022 Feb 2 24(5):2826-2831[/font][font=&]【全文链接】： [/font]DOI: [url=https://doi.org/10.1039/d1cp04857k]10.1039/d1cp04857k[/url]

Hi, guys. enjoy it!!! 10.000 Biological materials/Bio- or synthetic- catalysts or receptors 10.010 Antibodies 10.020 Aptamers 10.030 Combinatory chemistry 10.040 Enzymes 10.050 Genetic engineering 10.060 Lipid membranes 10.070 Membrane receptors 10.080 Molecular imprinting 10.090 Organisms or whole cells 10.100 Plant and animal tissues 10.110 Protein engineering 20.000 Electrochemical/Electrical biosensors 20.010 Amperometry 20.020 Capillary electrophoresis 20.030 Electro-conductivity 20.040 Electronic noses 20.050 Impedance 20.060 Ion Channel 20.070 Ion sensitive field effect transistors 20.080 Potentiometry 20.090 Scanning electrochemical microscopy 20.100 Screen printed electrodes 20.110 Taste biosensors 30.000 Optical biosensors 30.010 Chemiluminescence 30.020 Electrochemiluminescence 30.030 Fibre-optic 30.040 Fluorescence 30.050 Fluorescence imaging 30.060 Interferometry 30.070 Multi-photon spectroscopy and microscopy 30.080 Near infrared spectroscopy 30.090 Photodynamic therapy 30.100 Pulse-frequency-modulation imaging 30.110 Reflectometric interference spectroscopy 30.120 Surface plasmon resonance 30.130 Tissue optics/engineering 40.000 Piezoelectric biosensors 40.010 Love wave 40.020 Quartz crystal microbalance 40.030 Surface acoustic wave 50.000 Thermometric biosensors 60.000 Magnetic Biosensors 60.010 Magnetic particles-based biosensors 70.000 Micromechanical biosensors and Microanalytical systems: 70.010 Atomic force microscopy 70.020 Biomolecule sensitive hydrogels 70.030 Biochip arrays 70.040 Bio-micro electromechanical systems 70.050 Micro-cantilevers 70.060 Micro-fluidic devices 80.000 Detection of 80.010 Biochemical oxygen demand 80.020 Glucose 80.030 DNA 80.040 Nucleic acid 80.050 Protein molecules 80.060 Analytes in vivo - Implanted biosensors 90.000 Bioelectronics 90.010 Artificial neural networks 90.020 Biofuel cells/Biological fuel cells 90.030 Gas sensors 100.000 Theoretical studies 110.000 Commercial developments and markets 120.000 Synthetic Receptors 120.010 Biomimetic receptor 120.020 Host-guest chemistry 120.030 Molecularly imprinted polymers 120.040 Molecular recognition 120.050 Nanotechnology 120.060 Supramolecular chemistry 120.070 Synthetic molecular recognition 120.080 Template polymerisation

气体发生器顾名思义就是发生气体的仪器，在实验室中。常用的气体很多，有些是直接用于实验、有些是用于实验装置，有些气体是可以用装置储存运输的，而有一些只能在现场发生。那么实验装置的气体发生器常见的有几类：氢气发生器、氮气发生器、空气发生器、氧气发生器和臭氧发生器你实验室里的实验装置用到的有哪类气体发生器呢？？