1) microcalorimetry
微量量热法
1.
Microcalorimetry Studies on the Actin Polymerization and the Effects of Cisplatin;
微量量热法研究肌动蛋白的聚合及顺铂的影响
2.
Evaluation of Quality of Isatis indigotica from Different Habitats by Microcalorimetry
微量量热法对不同产地板蓝根药材品质的评价
3.
Investigation of metabolic action of Cordyceps sinensis and its cultured mycelia on Escherichia coli by microcalorimetry
微量量热法研究天然虫草和人工虫草对大肠杆菌生长代谢的影响
2) microcalorimetric method
微量量热法
1.
Determination of optimum growth acidity of petroleum microbe by microcalorimetric method;
用微量量热法测定石油微生物的最佳生长酸度
2.
Based on the power-time curve by the microcalorimetric method,the heat of reaction is determined as Δ_rH~θ_m=1.
用微量量热法测定了HPMBP萃取Pr(Ⅲ)的热效应,进而得出HPMBP萃取Pr(Ⅲ)的反应热。
3.
The influencing rules of histamine and histidine on escherichia coli upgrowth processes were determined by using microcalorimetric method on a thermal activity monitor.
应用微量量热法测定了组胺和组氨酸对大肠杆菌生长代谢的影响规律,并用量子化学方法从组胺和组氨酸的电子结构方面对这种活性规律进行了初步探讨。
4) microcalorimetry
微量热法
1.
Study on Interaction of Paeonol and One of its Isomer with β-Cyclodextrin by Utilizing Microcalorimetry;
微量热法研究丹皮酚及其一种同分异构体与β-环糊精的相互作用
2.
Studies on Differential Heats of H_2 Adsorption over γ-No_2N Catalysts by Microcalorimetry;
微量热法研究γ-Mo_2N催化剂表面氢的微分吸附热
3.
Studies on the character of the reaction between laccase and different substrates by microcalorimetry;
漆酶与各种类型底物反应性能的微量热法研究
5) Microcalorimetric method
微量热法
1.
By using microcalorimetric method, the growth thermogenetic curves of Rhizopus nigricans inhibited by four kinds of heavy metal ions were investigated at 25℃, parameters such as growth rate constants (k) , inhibitory ratio (I) , and half inhibitory concentration (IC50) etc were obtained.
用微量热法测定了Cu~(2+),Cd~(2+),Hg~(2+),Pb~(2+)等四种重金属离子对黑根霉菌生长抑制的产热曲线,得到了黑根霉菌在不同条件下的生长速率常数k,抑制率I,半抑制浓度IC_(50)等参数。
2.
By using microcalorimetric method, the growth thermogenetic curves of Rhizopus nigricans inhibited by four kinds of heavy metal ions are determined, parameters such as growth rate constants k, inhibitory ratio I, and half inhibitory concentration IC 50 etc.
用微量热法研究了４种重金属离子对丝状真菌（黑根霉菌）生长抑制的热功率输出曲线，得到了它在不同浓度重金属离子作用下的生长速率常数ｋ、抑制率Ｉ、半抑制浓度ＩＣ５０等参数，其抑制顺序为：Ｃｄ２＋＞Ｈｇ２＋＞Ｐｂ２＋＞Ｃｕ２＋。
3.
By using microcalorimetric method, the thermogenesis power curves of aerobacter aerogenes growth at different temperature and under the action of different drugs were determined.
细菌最佳生长的热化学研究刘义，冯英，谢昌礼，屈松生，冯长健，乐芝凤（武汉大学化学系武汉４３００７２）（华中师范大学化学系武汉）关键词 细菌最佳生长温度，席夫碱，热化学，微量热法用微量热法研究细菌生长代谢过程已有大量报道［１～４］，可求出细菌生长的速率。
6) microcalorimetry
微热量法
补充资料：半微量法
分子式：
CAS号：
性质：又称半微量分析。它是介于常量分析与微量分析之间的一种分析方法。固体试样重量在0.01～0.1g的范围，液体试样体积在1～10ml范围。在分析方法上基本采用常量分析体系；在操作上常采用微量分析仪器。该法比常量分析具有取样少、节省试剂及反应灵敏等特点。
CAS号：
性质：又称半微量分析。它是介于常量分析与微量分析之间的一种分析方法。固体试样重量在0.01～0.1g的范围，液体试样体积在1～10ml范围。在分析方法上基本采用常量分析体系；在操作上常采用微量分析仪器。该法比常量分析具有取样少、节省试剂及反应灵敏等特点。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条