Low temperature heat capacity calorimetry has a long history in the field of chemical thermodynamics in relation to the third law of thermodynamics. The method is playing an important role in the recent materials science. Central research subject has been shifted according to the need and fashion of the times. The calorimetry has been used in static as well as dynamic modes. By surveying the historical development of the low temperature calorimetry, several suggestions to new directions in the instrumentations and research subjects are described in this article. Key words: adiabatic alorimetry, heat capacity, phase transition, glass transition, low-frequency spectrometer, glassy solid
With development of small-sample calorimeters and their computer control, adiabatic low temperature ...
A laboratory for heat capacity measurements by adiabatic calorimetry in the range from 2 to 100 kelv...
The heat capacity of a substance is related to the structure and constitution of the material and it...
[Abstract] Low temperature heat capacity calorimetry has a long history in the field of chemical the...
Experimental progress in adiabatic, cryogenic alorimetry is tersely reviewed and contrasted with oth...
Low-temperature adiabatic calorimetry is one of the most important research methods in the fields of...
Calorimetry is an effective analytical tool to characterize the glass transition and phase transitio...
This review discusses the recent experimental heat capacity measurements which have been very useful...
This terse review is concerned with experimental calorimetric progress in the study of a variety of ...
A technique is described for measuring the heat of mixing, excess volume, specific heat, and other t...
A small sample size automated adiabatic calorimeter for measuring heat capacities in the temperature...
A differential calorimeter was constructed for the measurements of the heat capacity of small sample...
publisherWhen substances have changed chemically and/or physically, heat of the chemical and physica...
The dynamic heat capacity of a substance is a fundamental quantity related to the dynamics of the ma...
Low-temperature behavior of the heat capacity of a dipole spin glass is studied analytically. Differ...
With development of small-sample calorimeters and their computer control, adiabatic low temperature ...
A laboratory for heat capacity measurements by adiabatic calorimetry in the range from 2 to 100 kelv...
The heat capacity of a substance is related to the structure and constitution of the material and it...
[Abstract] Low temperature heat capacity calorimetry has a long history in the field of chemical the...
Experimental progress in adiabatic, cryogenic alorimetry is tersely reviewed and contrasted with oth...
Low-temperature adiabatic calorimetry is one of the most important research methods in the fields of...
Calorimetry is an effective analytical tool to characterize the glass transition and phase transitio...
This review discusses the recent experimental heat capacity measurements which have been very useful...
This terse review is concerned with experimental calorimetric progress in the study of a variety of ...
A technique is described for measuring the heat of mixing, excess volume, specific heat, and other t...
A small sample size automated adiabatic calorimeter for measuring heat capacities in the temperature...
A differential calorimeter was constructed for the measurements of the heat capacity of small sample...
publisherWhen substances have changed chemically and/or physically, heat of the chemical and physica...
The dynamic heat capacity of a substance is a fundamental quantity related to the dynamics of the ma...
Low-temperature behavior of the heat capacity of a dipole spin glass is studied analytically. Differ...
With development of small-sample calorimeters and their computer control, adiabatic low temperature ...
A laboratory for heat capacity measurements by adiabatic calorimetry in the range from 2 to 100 kelv...
The heat capacity of a substance is related to the structure and constitution of the material and it...