Fisika Môre
Materiaalwetenskapbriewe ( PTMSL )
Impakfaktor 2.0
Woord van die redakteur. |
PTMSL is 'n oop toegang tot internasionale joernaal wat die moderne makro- en mikrovlak materiaalwetenskapnavorsing dek. Dit het ten doel om 'n wonderlike geleentheid te bied aan die voorste navorsers wêreldwyd vir die publikasie van hul waardevolle werke teen of minimum koste. Omdat ek glo dat die publikasie van die waardevolle kennis die beste elke toekenning is.
.png)
Impak faktor
2.0
Kontak- head.editor@wikipt.org
Onlangse hoogtepunte
A Review on Nanofluids, Definition, Classification, Preparation, Characterization Methods and Application
PTL OPEN
Keywords
Gray
Irreversible transformations of 3d lead(ii) coordination polymers via mechanochemistry; precursors for the preparation of lead(ii) chloride/bromide/sulfide nanoparticles
- Irreversible crystal-to-crystal transformations of 3D lead(II) coordination polymers with the ligand 1H-1,2,4-
triazole-3-carboxylic acid (HL), from [Pb(L)(µ2-Cl)(H2O)]n (1) to [Pb(L)(µ2-Br)(H2O)]n (2) and [Pb(L)(µ1,1-NCS)(H2O)]n (3)
by solid-state anion-replacement processes under mechanochemical reactions, have been studied.
© PTL OPEN
Keywords
Gray
Design Analysis of Low-Pressure Acetylene
Generators used in Chhattisgarh State
The Low-Pressure Acetylene Generators used calcium carbide to generate
Acetylene gas. The generated low-pressure Acetylene is used with an oxygen
cylinder extensively by Gas welders in Chhattisgarh state for oxy acetylene
welding. This low-pressure oxy acetylene welding is used mostly in
automobile body repairing work. In this research paper mainly four types of
popular generators are used to study for producing low-pressure Acetylene.
The design construction and working of these lookalike generators are
similar but their capacities and safety to hold the Acetylene gas are different.
These generators are selected by the gas welders as per the experience and
skill developed by them.
© PTL OPEN
Keywords
Gray
Fabrication of Non-volatile Charge Storage Memory Device by Novel doped ZnO nanoparticles with 4.79 eV bandgap
Nowadays, the drastic participation of the nanosized materials in technology have been implicated with various applications which mainly aims the performance optimization, dimensional downscaling, ultra-low power consumption etc. to overcome the fundamental limits of the microscale devices.
© PTL OPEN
Keywords
Gray
OPEN ACCESS
A Review on Nanofluids, Definition, Classification, Preparation, Characterization Methods and Application
OPEN ACCESS
Irreversible transformations of 3d lead(ii) coordination polymers via mechanochemistry; precursors for the preparation of lead(ii) chloride/bromide/sulfide nanoparticles
- Irreversible crystal-to-crystal transformations of 3D lead(II) coordination polymers with the ligand 1H-1,2,4-
triazole-3-carboxylic acid (HL), from [Pb(L)(µ2-Cl)(H2O)]n (1) to [Pb(L)(µ2-Br)(H2O)]n (2) and [Pb(L)(µ1,1-NCS)(H2O)]n (3)
by solid-state anion-replacement processes under mechanochemical reactions, have been studied.
OPEN ACCESS
Design Analysis of Low-Pressure Acetylene
Generators used in Chhattisgarh State
The Low-Pressure Acetylene Generators used calcium carbide to generate
Acetylene gas. The generated low-pressure Acetylene is used with an oxygen
cylinder extensively by Gas welders in Chhattisgarh state for oxy acetylene
welding. This low-pressure oxy acetylene welding is used mostly in
automobile body repairing work. In this research paper mainly four types of
popular generators are used to study for producing low-pressure Acetylene.
The design construction and working of these lookalike generators are
similar but their capacities and safety to hold the Acetylene gas are different.
These generators are selected by the gas welders as per the experience and
skill developed by them.
OPEN ACCESS
Fabrication of Non-volatile Charge Storage Memory Device by Novel doped ZnO nanoparticles with 4.79 eV bandgap
Nowadays, the drastic participation of the nanosized materials in technology have been implicated with various applications which mainly aims the performance optimization, dimensional downscaling, ultra-low power consumption etc. to overcome the fundamental limits of the microscale devices.
OPEN ACCESS
Effect of Gd3+ ion concentration on photoluminescence and thermoluminescence studies of Y4Al2O9 phosphor
Effect of Gd3+ ion concentration on photoluminescence and thermoluminescence studies of Y4Al2O9 phosphor