Diamond–Aluminum Composites for Advanced Semiconductor Thermal Management

Diamond–Aluminum Composites for Advanced Semiconductor Thermal Management

GaN On Diamond GaN devices and Diamond Heatsinks Integration

GaN On Diamond GaN devices and Diamond Heatsinks Integration

CVD Diamond Films on SiC for CMP Pad Conditioners

CVD Diamond Films on SiC for CMP Pad Conditioners

Diasemi —Diamond (111) Homoepitaxy via Hot-Filament CVD: Growth Mode, Transition-Metal Incorporation, and Twin Formation

Diamond (111) Homoepitaxy via Hot-Filament CVD: Growth Mode, Transition-Metal Incorporation, and Twin Formation

Boron-Doped Diamond (BDD) Ultra-High Temperature Heater

Boron-Doped Diamond (BDD) Ultra-High Temperature Heater

Lenovo laptop to adopt diamond/copper (Diamond/Cu) composite heat-spreading technology

Lenovo laptop to adopt diamond/copper (Diamond/Cu) composite heat-spreading technology

Single Crystalline Diamond Nanowire

Single Crystalline Diamond Nanowire

Two-dimensional diamond

Two-dimensional diamond

Ti-Based Phonon-Bridged Cu/Diamond Interfaces for Ultra-High Thermal Performance

Tungsten–Diamond Composite for Extreme Heat Flux Plasma-Facing Components

Tungsten–Diamond Composite for Extreme Heat Flux Plasma-Facing Components

Diamond and Metal ;Diamond and Ceramic Composite Heatsinks

Diamond and Metal ;Diamond and Ceramic Composite Heatsinks

High-Quality Thick Single-Crystal Diamond for Next-Generation Electronics

High-Quality Thick Single-Crystal Diamond for Next-Generation Electronics

Depositing a diamond coating on a titanium substrate

Depositing a diamond coating on a titanium substrate

CVD Diamond Deposition Coating on Titanium Thermal Management

Er₂O₃ Coatings on CVD Diamond Window

Er₂O₃ Coatings on CVD Diamond