Satu nano-pes argentum-kuprum (Ag-Cu) yang dirumuskan dengan mencampurkan nanopartikel Ag dan Cu dengan penambah organik (pelekat resin, terpineol dan ethylene glycol) telah dihasilkan bagi diaplikasikan sebagai bahan lampir-dai suhu tinggi. Pelbagai peratus berat nanopartikel Cu (20-80 wt%) telah ditambahkan ke dalam nano-pes Ag-Cu, diikuti oleh pensinteran di udara terbuka pada suhu 380°C selama 30 min tanpa bantuan tekanan luar, untuk mengkaji kesan terhadap sifat-sifat fizikal, elektrikal, terma dan mekanikal. A silver-copper (Ag-Cu) nanopaste formulated by mixing Ag and Cu nanoparticles with organic additives (i.e., resin binder, terpineol and ethylene glycol) which is meant for high-temperature die-attach applications has b...
Sintered silver (Ag) is one of the most promising interconnect materials for high power electronics ...
To support the harsh environment of power electronics, such as high operating temperature, and high ...
There is a high demand for the implementation of metallic nanoparticle (NP) sintering technology for...
A silver-copper (Ag-Cu) nanopaste formulated by mixing Ag and Cu nanoparticles with organic additive...
Electronic devices used for extreme high temperature (>500oC) for instance in aviation and aerospac...
In this work, thermal characteristic of silver-copper (Ag-Cu) nanopaste that consists of a mixture o...
An Ag-Al nanopaste for high temperature die attach applications on SiC power devices has been develo...
High temperature die attach material has excellent corrosion resistance, good ductility, good electr...
Die attach material plays an important role in electronic packaging as it serves as an interconnecti...
Copper nanoparticles (Cu NPs) that are passivated with thin layers of amine-based organic materials ...
Power electronics demand miniaturization, integration, higher electrical and ther-mal conductivities...
Metallic nanoparticles have the particularity to sinter at lower temperatures compared to microparti...
In this work, mechanical properties of Cu-to-Cu joint samples prepared by low temperature sintering ...
This thesis is devoted to the research and development of low processing temperature lead-free inter...
This paper aims to report an aluminum-copper (Al-Cu) die-attach system as a Pb-free alternative for ...
Sintered silver (Ag) is one of the most promising interconnect materials for high power electronics ...
To support the harsh environment of power electronics, such as high operating temperature, and high ...
There is a high demand for the implementation of metallic nanoparticle (NP) sintering technology for...
A silver-copper (Ag-Cu) nanopaste formulated by mixing Ag and Cu nanoparticles with organic additive...
Electronic devices used for extreme high temperature (>500oC) for instance in aviation and aerospac...
In this work, thermal characteristic of silver-copper (Ag-Cu) nanopaste that consists of a mixture o...
An Ag-Al nanopaste for high temperature die attach applications on SiC power devices has been develo...
High temperature die attach material has excellent corrosion resistance, good ductility, good electr...
Die attach material plays an important role in electronic packaging as it serves as an interconnecti...
Copper nanoparticles (Cu NPs) that are passivated with thin layers of amine-based organic materials ...
Power electronics demand miniaturization, integration, higher electrical and ther-mal conductivities...
Metallic nanoparticles have the particularity to sinter at lower temperatures compared to microparti...
In this work, mechanical properties of Cu-to-Cu joint samples prepared by low temperature sintering ...
This thesis is devoted to the research and development of low processing temperature lead-free inter...
This paper aims to report an aluminum-copper (Al-Cu) die-attach system as a Pb-free alternative for ...
Sintered silver (Ag) is one of the most promising interconnect materials for high power electronics ...
To support the harsh environment of power electronics, such as high operating temperature, and high ...
There is a high demand for the implementation of metallic nanoparticle (NP) sintering technology for...