Surface diffusion is important for a broad range of chemical and physical processes that take place at the surfaces of amorphous solids, including surface crystallization. In this work, the temporal evolution of nanoholes is monitored with atomic force microscopy to quantify the surface dynamics of amorphous selenium. In molecular glasses, the surface diffusion coefficient has been shown to scale with the surface crystal growth rate (u(s)) according to the power relation u(s) approximate to D-s(0.87). In this study, we observe that the same power law applies to surface crystallization of amorphous selenium, a representative inorganic polymer glass. Our study shows that the surface diffusion coefficient can be used to quantitatively predict ...
We have investigated the isothermal and non-isothermal crystallization kinetics in molecular glasses...
Stable glasses can be made through physical vapor deposition when certain deposition conditions are ...
The far-infrared transmission spectrum of vacuum evaporated amorphous film of seleuium has been meas...
The mobility of structural units in amorphous materials has a significant influence on crystal growt...
Crystallization behavior of the selenium glass was studied by means of the differential scanning ca...
The main aim of this dissertation thesis was to extend the knowledge of the crystal growth in chalco...
Nanometer-sized thin films of small organic molecules are widely used in applications ranging from o...
Stable glasses are formed during physical vapor deposition (PVD), through the surface-mediated equil...
The existence of nanometer-sized amorphous material (glasses) is ubiquitous and plays a crucial role...
© 2019, Pleiades Publishing, Inc. Crystallization kinetics has features that are universal and indep...
A newly developed unique combination of direct microscopic and calorimetric measurements was used to...
The existence of nanometer-sized amorphous material (glasses) is ubiquitous and plays a crucial role...
<div><p>We have studied the thickness and quench-rate dependent internal friction of amorphous selen...
The approach to thermodynamic equilibrium is the driving force for kinetic processes in adsorbate an...
Stable glasses can be made through physical vapor deposition when certain deposition conditions are ...
We have investigated the isothermal and non-isothermal crystallization kinetics in molecular glasses...
Stable glasses can be made through physical vapor deposition when certain deposition conditions are ...
The far-infrared transmission spectrum of vacuum evaporated amorphous film of seleuium has been meas...
The mobility of structural units in amorphous materials has a significant influence on crystal growt...
Crystallization behavior of the selenium glass was studied by means of the differential scanning ca...
The main aim of this dissertation thesis was to extend the knowledge of the crystal growth in chalco...
Nanometer-sized thin films of small organic molecules are widely used in applications ranging from o...
Stable glasses are formed during physical vapor deposition (PVD), through the surface-mediated equil...
The existence of nanometer-sized amorphous material (glasses) is ubiquitous and plays a crucial role...
© 2019, Pleiades Publishing, Inc. Crystallization kinetics has features that are universal and indep...
A newly developed unique combination of direct microscopic and calorimetric measurements was used to...
The existence of nanometer-sized amorphous material (glasses) is ubiquitous and plays a crucial role...
<div><p>We have studied the thickness and quench-rate dependent internal friction of amorphous selen...
The approach to thermodynamic equilibrium is the driving force for kinetic processes in adsorbate an...
Stable glasses can be made through physical vapor deposition when certain deposition conditions are ...
We have investigated the isothermal and non-isothermal crystallization kinetics in molecular glasses...
Stable glasses can be made through physical vapor deposition when certain deposition conditions are ...
The far-infrared transmission spectrum of vacuum evaporated amorphous film of seleuium has been meas...