1 . Microcalorimetry measurements are used to determine various energy relationships.

微熱量測量用來決定各種能量關系.

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2 . The application described here uses a simple calorimeter to perform microcalorimetry measurements.

這里介紹的應用工作使用一個簡單的量熱計來進行微熱量測量.

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3 . Low voltage measurement applications include standard cell comparisons and high resolution temperature measurements and microcalorimetry .

低電壓測量的應用包括標準電池的比對、高分辨率的溫度測量以及微量熱計等.

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4 . So in the same chemical system thermodynamics and kinetic information can be gotten by Microcalorimetry .

可以在同一個化學反應體系中,通過微量熱法而得到熱力學和動力學信息.

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5 . Low Voltage Measurement Applications: Standard cell comparisons, high resolution temperature measurements, and microcalorimetry .

6各種低電壓測量的應用: 標準電池的比較 、 高分辨率的溫度測量以及微熱量測量等.

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1 . 微量熱法

microcalorimetric method 微量熱法microcalorimetry微量熱法microchemical analysis 微量化學分析

2 . 微量量熱法

immunofluorescence staining 免疫熒光染色法microcalorimetry微量量熱法thermogenic curves熱輸出曲線

3 . 微量熱

Methods Microcalorimetry and combustry.方法采用了微量熱法和燃燒法。

4 . 微熱量

microcalorimetrymeasurements are used to determine various energy relationships .微熱量測量用來決定各種能量關系。

microcalorimetry相關短語搭配

1 . 熱量測量系統(tǒng)

this section describes two types of temperature sensors and a microcalorimetry measurement system using thermocouples and a ModelA Nanovoltmeter .本章介紹兩種溫度傳感器和采用熱偶及A型納伏表的微熱量測量系統(tǒng)。

1 . 微熱量測量技術

microcalorimetry techniques are often required when performing calorimetric experiments with small sample sizes or slow heating rates .在進行小尺寸樣品或者慢加熱速率的量熱學實驗時，常常需要使用微熱量測量技術。