An EN Ni-P layer consisting of two metallic glass components were examined after a short-time pre-heat treatment at 200°C, followed by a 5OOO-hour heat treatment at 160°C, then a 5-year relaxation at room temperature. X-ray diffraction, DSC, AES, and micro-hardness measurements were used in the study. Our only surprising experience was that the metallic glass recrystallized fully only during the room-temperature relaxation
It has been known since the early sixties that nickel sulfide inclusions cause spontaneous fracture ...
© Published under licence by IOP Publishing Ltd. Nickel is the basis of most of the heat-resistant m...
Ni-Nb-based bulk glass-forming alloys are among the most promising amorphous metals for industrial a...
An EN Ni-P layer consisting of two metallic glass components were examined after a short-time pre-he...
This paper deals with the study of the crystallization and phase transformation of Ni-P coatings dep...
Ni-based refractory Bulk Metallic Glasses (BMGs) represent an exciting new class of materials intend...
Cílem této práce byla charakterizace tepelně vytvrzených bezproudově deponovaných nikl–fosforových p...
Amorphous Ni-P alloy coatings were prepared on 45 carbon steel blocks using electrodeposition method...
Our objectives in this work are to present the important decrease in resistivity which takes place d...
Results of XRD and DSC studies on electroless Ni-P deposits obtained from two types of alkaline bath...
The structure of amorphous metallic glasses prepared by rapid melt quenching on the rotating drum is...
Ni-P alloys were prepared by electrodeposition under different conditions on a rotating disk electro...
The present study reports the effect of phosphorus content in deposited electroless nickel (Ni–P) co...
An anomaly in differential scanning calorimetry has been reported in a number of metallic glass mate...
The goal of this project was to determine the microhardness values of electroless Ni-B coating durin...
It has been known since the early sixties that nickel sulfide inclusions cause spontaneous fracture ...
© Published under licence by IOP Publishing Ltd. Nickel is the basis of most of the heat-resistant m...
Ni-Nb-based bulk glass-forming alloys are among the most promising amorphous metals for industrial a...
An EN Ni-P layer consisting of two metallic glass components were examined after a short-time pre-he...
This paper deals with the study of the crystallization and phase transformation of Ni-P coatings dep...
Ni-based refractory Bulk Metallic Glasses (BMGs) represent an exciting new class of materials intend...
Cílem této práce byla charakterizace tepelně vytvrzených bezproudově deponovaných nikl–fosforových p...
Amorphous Ni-P alloy coatings were prepared on 45 carbon steel blocks using electrodeposition method...
Our objectives in this work are to present the important decrease in resistivity which takes place d...
Results of XRD and DSC studies on electroless Ni-P deposits obtained from two types of alkaline bath...
The structure of amorphous metallic glasses prepared by rapid melt quenching on the rotating drum is...
Ni-P alloys were prepared by electrodeposition under different conditions on a rotating disk electro...
The present study reports the effect of phosphorus content in deposited electroless nickel (Ni–P) co...
An anomaly in differential scanning calorimetry has been reported in a number of metallic glass mate...
The goal of this project was to determine the microhardness values of electroless Ni-B coating durin...
It has been known since the early sixties that nickel sulfide inclusions cause spontaneous fracture ...
© Published under licence by IOP Publishing Ltd. Nickel is the basis of most of the heat-resistant m...
Ni-Nb-based bulk glass-forming alloys are among the most promising amorphous metals for industrial a...