Vesuvius cover the overall multi-cSi ingot growth technics to meet the specific need of the customer: SOLAR® Crucible allows for the mass production of silicon ingots. SOLAR® Crucible ASC TM was developed to optimize customers coating operation.

Cesium iodide CsI crystals were produced by Bridgman technique in Epic Crystal with general crystal ingot dimensions at around 90 mm diameter x 320 mm length for Thllium doped CsI (Tl), Sodium doped CsI (Na) and Pure CsI.

2011年3月1日 · The goal of this work is to advance the skull method for NaI (Tl) and CsI (Tl) scintillator crystal growth. The experiments with 250×180×45 mm 3 ingots demonstrate their capability to come out with a successful growth of relatively large uniform scintillation crystals.

CsI(Tl) has many desirable properties – high light output, good spectral match to silicon, cheap bulk crystal growth Find a co-doping solution that works throughout a large ingot grown via Bridgman technique

2011年3月1日 · 摘要 这项工作的目标是推进 NaI (Tl) 和 CsI (Tl) 闪烁体晶体生长的颅骨方法。 使用 250×180×45 mm3 锭的实验证明了它们能够成功生长相对较大的均匀闪烁晶体。

Using HEM processing, CSI can produce very large ingots of high-quality multicrystalline silicon. Cost and processing time both increase only marginally with ingot size for HEM because the heat exchanger is enlarged to match the ingot cross section, but the height remains about the same.

Since Vesuvius introduced the first fused silica SOLAR® CRUCIBLE for the fusion and the crystallization of multicrystal silicon ingots in 1989, further new products have been developed to respond to the high requirements of the photovoltaic industry: high quality products delivering the best efficiencies, optimized designs for production yield ...

is a high-tech enterprise, founded in January 2019, engaged in the research and development and manufacture of high-energy particle detection scintillator materials and related devices, aiming to developing the top X-ray conversion materials intelligently made in China.

· In-house 182 Pro TOPCon ingot with higher quality · In-house 182 Pro TOPCon cell with efficiency up to 27.11% · Following double IEC testing standards Downloads

Canadian Solar Inc.2. Develop super high efficient ingot and DWS technology. Owns a complete ingot/wafer characterization lab. Develop high efficiency and cost competitive new cell technologies. Owns one dedicated research production line for cell R&D. Focused on the innovation of solar modules.