Add to ORKGBy means of the methods of conductivity measurement and transmitting electron microscopy of sintered metal layer it has been shown that electroexplosive copper and zink powders are sintered with the formation of strong aggregates of corresponding compact metals. It has been also shown that sels-sintereing is a cause of below reduction of metal powder particle size obtained by the method of semiconductor electrical explosion
Copper paste is considered as a promising candidate for printed electronics in replacement for silve...
Metallic nanoparticles have the particularity to sinter at lower temperatures compared to microparti...
The object of investigation: the ultradisperse powders of copper, obtained by the electrolytic metho...
Oxidation of copper and aluminium nanopowders obtained by the method of electric explosion of wire i...
Power electronics demand miniaturization, integration, higher electrical and ther-mal conductivities...
This article provides a detailed discussion of 1-hexanoic-acid-stabilised copper nanoparticles with ...
The aim of the present PhD work is the study of the production of a nanostructured copper by Spark P...
In order to study whether plasmas exist between powder particles during the densification of low-tem...
The questions of consolidation of nanopowders concerning hot compaction by pressing activated by ele...
The influence of composition and gas flow rate at passivation on content of unoxidized metal, partic...
In powder metallurgy sintering is one of the most fundamental phenomena. Technical sintering is usua...
There is a high demand for the implementation of metallic nanoparticle (NP) sintering technology for...
Metallic nanoparticle inks are used for printed electronics, but to reach acceptable conductivity th...
From literature, bulk platinum in the microscale (between 0.5 to 2 micrometers) [21] is known to exh...
Les nanoparticules métalliques ont la particularité de fritter à des températures bien inférieures q...
Copper paste is considered as a promising candidate for printed electronics in replacement for silve...
Metallic nanoparticles have the particularity to sinter at lower temperatures compared to microparti...
The object of investigation: the ultradisperse powders of copper, obtained by the electrolytic metho...
Oxidation of copper and aluminium nanopowders obtained by the method of electric explosion of wire i...
Power electronics demand miniaturization, integration, higher electrical and ther-mal conductivities...
This article provides a detailed discussion of 1-hexanoic-acid-stabilised copper nanoparticles with ...
The aim of the present PhD work is the study of the production of a nanostructured copper by Spark P...
In order to study whether plasmas exist between powder particles during the densification of low-tem...
The questions of consolidation of nanopowders concerning hot compaction by pressing activated by ele...
The influence of composition and gas flow rate at passivation on content of unoxidized metal, partic...
In powder metallurgy sintering is one of the most fundamental phenomena. Technical sintering is usua...
There is a high demand for the implementation of metallic nanoparticle (NP) sintering technology for...
Metallic nanoparticle inks are used for printed electronics, but to reach acceptable conductivity th...
From literature, bulk platinum in the microscale (between 0.5 to 2 micrometers) [21] is known to exh...
Les nanoparticules métalliques ont la particularité de fritter à des températures bien inférieures q...
Copper paste is considered as a promising candidate for printed electronics in replacement for silve...
Metallic nanoparticles have the particularity to sinter at lower temperatures compared to microparti...
The object of investigation: the ultradisperse powders of copper, obtained by the electrolytic metho...