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1 metal-oxide-semiconductor growth
вирощування МОН-структуриEnglish-Ukrainian dictionary of microelectronics > metal-oxide-semiconductor growth
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2 growth
1) вирощування; нарощування 2) ріст (кристала) - crystal growth
- dendritic growth
- epitaxial growth
- heteroepitaxial growth
- film growth
- hillock growth
- laser-assisted pyrolytic growth
- layer-by-layer growth
- liquid-phase epitaxial growth
- liquid epitaxial growth
- low-pressure epitaxial growth
- low-temperature growth
- metal-organic growth
- metal-oxide-semiconductor growth
- molecular-beam epitaxial growth
- molecular-beam growth
- monolayer growth
- multistage growth
- oriented growth
- pre-epitaxial growth
- pulling growth
- selective growth
- shuttered growth
- single-crystal growth
- spurious growth
- «stop-and-go» MBE growth
- supported ribbon growth
- thermal oxide growth
- two-dimensional growth
- vapor-phase epitaxial growth
- vapor epitaxial growth -
3 process
1. ім.1) процес; (технологічний) метод, спосіб2) технологія (див. т-ж technique, technology)3) (технологічна) обробка; технологічна операція2. дієсл. обробляти; проводити технологічну операцію - all-ion-implant process
- all-planar process
- Auger process
- batch process
- BH bias and hardness process
- BH process
- bonding process
- BOX process
- bulk CMOS process
- bumping process
- chip-on-board process
- closed CMOS process
- CMOS-on-sapphire process
- composite сеll logic process
- contact process
- conventional process
- deep охide isolation process
- DIFET process
- diffused eutectic aluminum process
- direct synthesis and crystal pull process
- double-diffused process
- double ion-implanted process
- double-layer polysilicon gate MOS process
- double-layer polysilicon gate process
- epitaxial deposition process
- epitaxial process
- epitaxial growth process
- flip-over process
- floating-gate silicon process
- front-end process
- gold-doped process
- guard-banded CMOS process
- heterogeneous process
- high-voltage process
- HMOS process
- imaging process
- implantation process
- in-house process
- interconnection process
- inverted meniscus process
- ion plating process
- isoplanar -S, -Z, -2 process
- isoplanar process
- junction-isolated process
- laser-recrystallized process
- lithographic process
- low-pressure process
- low VT process
- lost wafer process
- major process
- masking process
- master slice process
- mesa-isolation process
- metal-gate MOS process
- metal-gate process
- microbipolar LSI process
- micrometer-dimension process
- mid-film process
- Minimod process
- Mo-gate MOS process
- Mo-gate process
- nitride process
- nitrideless process
- NSA process
- oxide-film isolation process
- oxide isolated process
- oxygen refilling process
- patterning process
- phosphorous buried-emitter process
- photoablative process
- photolithography process
- photoresist process
- planar oxidation process
- Planox process
- plasma etch process
- Poly I process
- Poly II process
- Poly 5 process
- poly-oxide process
- Poly-Si process
- polysilicon-gate process
- poly-squared MOS process
- proprietary process
- PSA bipolar process
- PSA process
- refractory metal MOS process
- refractory metal process
- sacrificial охide process
- sapphire dielectric isolation process
- scaled Poly 5 process
- screen-and-fire process
- selective field-охidation process
- self-aligned gate process
- self-aligned process
- self-registered gate process
- self-registered process
- semi-additive process
- semiconductor-thermoplastic-dielectric process
- semicustom process
- shadow masking process
- silk-screen process
- single poly process
- SMOS process
- SOS/CMOS process
- stacked fuse bipolar process
- Stalicide process
- step-and-repeat process
- subtractive-fabrication process
- surface process
- Telemos process
- thermal process
- thermally асtivated surface process
- thermal-охidation process
- three-mask process
- triple-diffused process
- triply-poly process
- twin-tub process
- twin-well process
- V-groove MOS process
- V-groove process
- wet process
- 3-D process
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