amorphous semiconductor造句

例句与造句

1. Mott worked in solid-state physics for decades, eventually zeroing in on amorphous semiconductors.
2. He also contributed to the physics of amorphous semiconductors.
3. Enter Anderson and Mott and the amorphous semiconductor.
4. He went on to study for a PhD in amorphous semiconductors at University of Cambridge's Cavendish Laboratory.
5. Some materials also exhibit negative differential resistance and voltage-controlled " switching " analogous to that seen in inorganic amorphous semiconductors.
6. It's difficult to find amorphous semiconductor in a sentence. 用amorphous semiconductor造句挺难的
7. Steinhardt's research in condensed matter has centered on the properties of non-periodic solids : glasses, amorphous semiconductors, metals and quasicrystals.
8. She received a L'Or閍l-UNESCO Award for Women in Science in 2005 for " pioneering theory and computer simulations on amorphous semiconductors and liquid metals ."
9. Amorphous semiconductors ( for example Chalcogenide glass ) demonstrating high refractive index and wide transparent window are ideal materials for the imprint of optical / photonic device.
10. In 2002, Stanford R . Ovshinsky built a factory in Auburn Hills, Michigan to build low cost Uni-Solar panels using amorphous semiconductors that generate power in diffuse light.
11. Since amorphous semiconductors were less difficult to prepare than those of high-quality crystal, the theories of the three Nobelists, one built upon the one before, found practical applications in an eager marketplace.
12. Scientist-entrepreneur Stanford R . Ovshinsky pioneered the field and coined the term after he founded Energy Conversion Devices, Inc . ( ECD ) in 1960 to further his research in amorphous semiconductors.
13. In condensed matter physics, Adler made significant contributions to the understanding of transition-metal oxides, the electronic properties of low-mobility materials, transport phenomena in amorphous materials, metal-insulator transitions, and electronic defects in amorphous semiconductors.
14. While Tauc's early work mainly concerned photovoltaic, thermoelectric and optical properties of crystalline semiconductors, in the mid 1960s he focused on amorphous semiconductors, in particular hydrogenated silicon, which became his major research topic until retirement.