After the broad masses of employees of the Company to the joint efforts of more than 20 years, has become the province of Jiangsu has a certain impact on the medium-sized enterprises, the company's main products are coal handling equipment: Impeller for coal, the coal belt, belt-head Telescopic devices, roller screen, with the exception of aircraft debris, plow-discharge, a buffer drum; auxiliary boilers are: reducing temperature decompression device, reduce temperature devices, vacuum devices, silencers, plus all kinds of devices for medicine Heat equipment.
本公司经过广大员工二十多年来的共同努力，现已发展成为江苏省内的具有一定的影响的中型企业，公司主要产品有输煤设备：叶轮给煤机、皮带给煤机、皮带机头部伸缩装置、滚轴筛、除杂物机、犁式卸料器、缓冲滚筒等；锅炉辅机有：减温减压装置、减温装置、减压装置、消音器、加药装置各种换热设备等。
The most agreeable conditions that Phanerochaete Chrysosporium produce manganese peroxidase was established. Under static culture condition, the optimum culture components by optimizing culture which produce manganese peroxidase showed as blow(L-1): Glucose 10g, ammonium tartrate 2mmol, Tween 801g, acetate buffer (pH4.0) lOmmol, VB11mg, Mn2+ 9.9×10~6 g. The culture temperature was 34℃.
黄孢原毛平革菌产锰过氧化物酶最适条件的确定在静置培养条件下，通过对产酶培养基的优化，得到最优组成为L~(-1：葡萄糖10g，酒石酸铵2mmol，吐温80 1g，醋酸缓冲液10mmol(pH4.0)，V_(B1) 1mg，，Mn~(2+)9.9×10~(-6)g。
ABSTRACT OBJECTIVE: To study the stability of 667ppm PVP-Ⅰ in the buffer solution with different pH and temperature.
目的：考察碘伏稀释液在不同pH值及温度下的稳定性变化。
Therefore, in my study, I will make the SiO2 as a hole-injection Buffer layer to balance the combination of hole and electron. The quality that the hole pierces SiO2 is to slow down the mobility of hole, and it is not only can promote the efficiency of combining, but also can accumulate the SiO2 without causing the problems of thermal stress and shape changing in the low temperature. In order to make passive matrix OLED, the metal shadow mask is used as pattern.
本计划将完成在塑胶基板上的有机电激发光二极体之外部量子效率、亮度、操作电压与电流等特性之分析研究，而在比较许多的塑胶基板之后，本研究群将以日本 JSR 公司所出产的 ARTON 塑胶基板上来制作 OLED 元件结构，因其具有较高的透光率与较佳的耐热性。
The details are summarized as follows: 1.γ-irradiation is extended to control the morphology of microcrystals. In our experiments, copper acetate aqueous solution, a simple reaction system, is used at room temperature to prepare pure hexapod-shaped Cu〓O microcrystals, in which a buffer pair is in-situ formed to adjust the acidity of the reaction solution. Some important information on intermediate is obtained by changing the reaction parameter, which favors to reveal the inherent growth habit of Cu〓O.
发展了γ-射线辐照合成法对微晶的形貌的控制，在常温常压下从一个简单的反应体系——醋酸铜水溶液出发，通过辐照过程中原位产生的醋酸-醋酸根缓冲对的自发调节作用，控制反应体系的酸度从而合成得到了纯相的六足状氧化亚铜微晶；并通过改变反应参数，获得了中间体的信息，从而为揭示氧化亚铜的固有生长习性提供了条件。
The influences of the kinds and concentration of buffer and organic modifier, the pH value of buffer, column length and column temperature on the separation were examined.
考察了缓冲溶液的种类、浓度和pH值，有机改性剂的种类和浓度，柱长和柱温等对手性分离的影响。
Since aromatic ring is a very stable compound, it would needs very high activation energy to begin the ring opening reaction. It is therefore interesting to investigate how the micro-organism can catalyze this reaction in room temperature at natural buffer condition.
由於芳香环是一种非常稳定的化学结构，如果想要进行开环反应必要要经过极大的活化能，而了解生物体中是如何在常温的环境下进行这样的反应将会是非常有趣的题材。
The ZnAl2O4 buffer layer was prepared by high temperature annealing ZnO thin film grown by the sol-gel method.
ZnAl2O4缓冲层是通过对溶胶－凝胶法制备的ZnO薄膜进行高温退火而得到的。
In the other modified condition at pH 3.5, lysine-Fe3O4 and arginine-Fe3O4 have two thermogravity weight loss temperatures, the lower temperature is about equal to that at pH 12 and the higher temperature (556℃and 580℃) may be resulted from desorption or degradation of amino acids. The lower and higher thermogravity weight loss temperature may be attributed to physical adsorption and chemical adsorption of amino acid molecules, respectively. In addition, histidine-Fe3O4 only have a higher thermogravity weight loss temperature (428℃), implying that histidine molecules may be adsorbed on particle surface by chemical adsorption. According to Zeta potentials of these particles and comparing the particle sedimentation rates induced by external magnetic field in buffer solutions, we refer that the obtained modified Fe3O4 nanoparticles at pH 3.5 exhibit better dispersity than that at pH 12. In particular, both arginine-Fe3O4 and histidine-Fe3O4 nanoparticles modified at pH 3.5 can be dispersed very well in buffer solutions.
而pH = 3.5条件下，碱性胺基酸所修饰的粒子lysine-Fe3O4与arginine-Fe3O4分别有两个热重量损失温度，较低的热重量损失温度与pH = 12条件下表面修饰的粒子相当，代表粒子可能以物理吸附方式吸附胺基酸分子；较高的热重量损失温度分别为556℃与580℃，此热重量损失温度可能为胺基酸分子的热裂解或化学吸附之脱附，代表离胺酸与晶胺酸分子可能以化学吸附方式吸附於粒子表面；此外，histidine-Fe3O4只有一个较高热重量损失温度（428℃），亦代表组胺酸可能以化学吸附方式吸附於粒子表面；此外，根据粒子的沉降速率及界面电位知，pH = 3.5条件下修饰的粒子在缓冲溶液中之分散性明显高於pH = 12条件下表面修饰的粒子，尤其晶胺酸与组胺酸表面修饰的粒子在缓冲溶液中有极佳之分散性。
It was found that Calcein from 2:1 complex with Yb in a pH 8.9 buffer solution under a room temperature.
结果表明，在1.0×10~3mol／l的三羟甲基氨基甲烷-甲醇溶液，pH=8.9左右和室温条件下，Calcein与Yb~(3+)可形成摩尔比为2：1的配合物。
METHOD:Determined effective idion concentration after diluted 0.200g PVP-Ⅰ in the buffer solution with different pH and stated it with different temperature.
把0.200g PVP-Ⅰ溶解于不同pH值的缓冲液中，置于不同温度下，每隔一定的时间测定其有效碘浓度。
Methods: The chromatographic separation was performed on a Phenomenex C18 column(250 mm×4.6 mm, 5 μm) with a mobile phase of phosphate buffer solution at the flow rate of 0.8 ml/min, the detection wavelength was 245 nm, the column temperature was 25℃ and the sample size was 10 μl.
色谱柱为Phenomenex C18柱(250 mm×4.6 mm，5 μm)，流动相为磷酸盐缓冲液，流速为0.8 ml/min，检测波长为245 nm，柱温为25℃，进样量为10 μl。
The principles and process of cyclohexanone oximation in hydroxylamine-cyclohexanone process were introduced. Influencing factors such as temperature, feed-in distribution of cyclohexanone, pH value of buffer solution and pulse speed were discussed in detail. After some improvement measures were put forward and applied according to these factors, the efficiency of oximation reaction increased.
介绍了羟胺-环己酮法中环己酮肟化反应的原理及工艺流程，讨论了反应温度、环己酮进料的分布、缓冲溶液的pH值、脉冲速度等因素对肟化反应效率的影响，针对各个影响因素提出了改进肟化反应条件的措施并应用于生产实践，提高了肟化反应效率。
The operation temperature and the concentration of serum in buffer have no effect on the transfection efficiencies.
3温度和缓冲液中的血清成分对电穿孔效率影响不大。
The best reaction system for ISSR in our research followed as: the whole volume of the reaction is 20μL, and the mixture in this reaction included 50ng DNA, 2.0mmol/L MgCl_2, 0.2μmol/L primer, 200μmol/LdNTPs, 0.5U TaqDNA polymerise and 1×PCR buffer; and the PCR program was 94℃7min, 1 cycle; 94 ℃ 30s, specific temperature 45s, 72℃ 90s, 38 cycles; 72℃ 10min, 1cycle.
对两种标记的检测效果表明，ISSR和RAPD标记所得结果呈极显著相关，证明这两种标记技术均可用于樟科植物的遗传多样性和亲缘关系研究，但ISSR效果明显优于RAPD。
Kobiyama M%Ushiwata C T Buffer effect of water on spatial variability of soil temperature-a geostatistical approach Revista do setor ciehcias agrarias, 1994, 1/2
刘建玲%李仁岗冀西北高原半干旱区栗钙土的磷素状况、磷肥转化与效应研究北京：中国农业科技出版社，1993，null
At the same time, here surrounded by the mountain, the buffer of the summer and winter cold and warm air currents, the Bohai Sea to the west a small plain, adequate rainfall and sea breeze to form a unique climate, the annual average temperature of 11.9 degrees, average rainfall 649.6mm, effective temperature 4000 degrees Celsius, sunshine hours in the 2694 hours, annual frost-free period 179-200 days, which are very conducive to the growth of grapes.
同时，这里三面环山，缓冲了冬夏冷暖气流，西接渤海小平原，海风吹拂形成降雨适量独特的气候，年平均气温11.9度，平均降雨量649.6mm，有效积温4000度以上，日照时数在2694小时，全年无霜期179-200天，这些都非常利于葡萄的成长。
The optimal separation for capillary electrophoresis is 20% methanol, and 0.13mM of β-cyclodextrin in 25mM sodium tetraborate buffer solution(pH 9.1), and 20℃of temperature.
实验结果显示最佳化的毛细管电泳分离条件为25mM四硼酸钠溶液(pH= 9.1)，添加0.13mM β-cyclodextrin 及20%甲醇溶液。
Effects of buffer pH, various organic additives and temperature on electrophoretic separ ation of antibiotics were investigated.
研究了电泳缓冲液的pH、不同有机试剂添加剂、温度等因素对抗生素分离的影响。
Discover the room temperature when condition moves downwards, in pH = 7.0's buffer solutions, this purple ion forms the small side door thing having a maximum to absorb value in 580 nm places, twelve alkyl mahogany acid sodium displays the fine linearity relation within 0~1.2 mg/L range with attracting luminosity.
发现室温条件下，在pH=7.0的缓冲溶液时，此紫色离子缔合物在580 nm处有最大吸收值，十二烷基磺酸钠在0~1.2mg/L范围内与吸光度呈现良好的线性关系。