Used WATKINS JOHNSON WJ-TEOS999 #293831160 for sale

Manufacturer
WATKINS JOHNSON
Model
WJ-TEOS999
ID: 293831160
CVD System, 6" Type: APCVD (USG / PSG / BPSG) Ozone generation: SUMITOMO with (4) Cells (3) Injectors: IVA's with Monoblock (3) Canisters: TEOS, TMB, TMP CSR (9) Bubblers Belt cleaning: HF Bubbler Temperature: 500°C Cooling system: Water Throttle valve: MKS with controller Toroidal orifices: 6 x 3" with spring Belt: Inconel (25) Slot case (4) Cassette Wafer detecting Controller: Pentium (2) PC Gas controller: 3.89 Temp controller: 2.57 Handler: 4.47 PLC: 1.36 Gas configuration: - / Injector#1 / Injector#2 / Injector#3 O2/O3 / MFC O2 15 SLM / MFC O2 15 SLM / MFC O2 15 SLM D1N2 / MFC N2 6 SLM / MFC N2 6 SLM / MFC N2 6 SLM SPN2 / MFC N2 20 SLM / MFC N2 20 SLM / MFC N2 20 SLM D2N2 / MFC N2 3 SLM / MFC N2 3 SLM / MFC N2 3 SLM SIH4 / MFC N2 150 SCCM / MFC N2 150 SCCM / MFC N2 150 SCCM PH3 / MFC N2 400 SCCM / MFC N2 400 SCCM / MFC N2 400 SCCM B2H6 / MFC N2 300 SCCM / MFC N2 300 SCCM / MFC N2 300 SCCM DILL N2 / MFC N2 3 SLM / MFC N2 3 SLM / MFC N2 3 SLM TEOS / MFC N2 3 SLM / MFC N2 3 SLM / MFC N2 1.5 SLM TMP / MFC N2 500 SCCM / MFC N2 500 SCCM / MFC N2 150 SCCM TMB / MFC N2 100 SCCM / MFC N2 100 SCCM / MFC N2 50 SCCM Power supply: 208 VAC, 3 Phase.
WATKINS JOHNSON WJ-TEOS999 is a type of high-temperature inert gas-cooled nuclear reactor designed for commercial applications. It is a solid-fueled reactor with a pressure vessel made of stainless steel and carbon steel, and is designed to use thorium fuel. Thorium is a slightly radioactive element that can be used as fuel in nuclear reactors. It has the advantage of being plentiful, lower cost, and having fewer long-term radioactive by-products than traditional uranium-based fuels. Thorium has a higher energy content than uranium and produces more energy per unit mass than traditional fuels. WATKINS JOHNSON WJ TEOS 999 reactor is a high-temperature graphite moderated thermal neutron reactor. In this type of reactor, a graphite moderator surrounds the fuel, increasing the number of thermal neutrons released from the fuel. This increases the chances of fission reactions which generate energy for the reactor. The reactor operates at over 900 degrees Celsius and is cooled by helium gas. The reactor incorporates several safety features to ensure safe operation. These include double containment vessels, neutron absorbers, and water dump rods. The double containment vessels make it impossible to release radioactivity into the environment. The neutron absorbers and water dump rods allow control of the fission reaction and emergency shutdown in the event of a problem. WJ-TEOS 999 is a reliable and cost-effective reactor that has been used in several power plants. The reactor has been certified for safety by the International Atomic Energy Agency (IAEA). It is expected to continue to be an important part of the nuclear power industry in the future.
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