METHODS Fluorescence spectra and microcalorimetry was used.
方法用荧光猝灭法及微量热法。
Microcalorimetry measurements are used to determine various energy relationships.
微热量测量用来决定各种能量关系。
Studies on the Reaction Between Laccase and 3,4,5-Trihydroxybenzoic Acid by Microcalorimetry.
微量热法研究漆酶和3，4，5-三羟基苯甲酸的反应。
The application described here USES a simple calorimeter to perform microcalorimetry measurements.
这里介绍的应用工作使用一个简单的量热计来进行微热量测量。
So in the same chemical system thermodynamics and kinetic information can be gotten by Microcalorimetry.
可以在同一个化学反应体系中，通过微量热法而得到热力学和动力学信息。
The influencing factors of the growth thermograms of bacteria (TGB) were studied using microcalorimetry.
本文采用微量量热法测定了两种石油菌在不同温度下的生长热谱图 。
Microcalorimetry techniques are often required when performing calorimetric experiments with small sample sizes or slow heating rates.
在进行小尺寸样品或者慢加热速率的量热学实验时，常常需要使用微热量测量技术。
Low voltage measurement applications include standard cell comparisons and high resolution temperature measurements and microcalorimetry.
低电压测量的应用包括标准电池的比对、高分辨率的温度测量以及微量热计等。
In this paper, the growth thermograms of two strains of petroleum bacteria at different temperatures were determined by microcalorimetry.
本文采用微量量热法测定了两种石油菌在不同温度下的生长热谱图。
This section describes two types of temperature sensors and a microcalorimetry measurement system using thermocouples and a Model 2182a Nanovoltmeter.
本章介绍两种温度传感器和采用热偶及2182a型纳伏表的微热量测量系统。
This section describes two types of temperature sensors and a microcalorimetry measurement system using thermocouples and a Model 2182a Nanovoltmeter.
本章介绍两种温度传感器和采用热偶及2182a型纳伏表的微热量测量系统。
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