Author/Authors :
H.، Shu-Hung Chung, نويسنده , , Chen، Kuang-Chao نويسنده , , Shih، Hsueh-Hao نويسنده , , Hwang، Yaw-Lin نويسنده , , Hsueh، Cheng-Chen نويسنده , , S.، Pan, نويسنده , , Lu، Chih-Yuan نويسنده , , Hsu، Shu-Ya نويسنده , , Wang، Tzu-Yu نويسنده ,
Abstract :
Feasibility of single-wafer rapid-thermal process as an alternative to the conventional batch-type furnace process is evaluated on a 0.15-(mu)m 128-Mb mask read only memory (MROM) product. Excellent gate oxide integrity and device characteristics are achieved with a single-wafer rapid-thermal process. Superior yield and product reliability by using singlewafer process tool have also been achieved. Shortened process cycle time and better thermal process uniformity by using single-wafer rapid-thermal processing are demonstrated.
Keywords :
testis , male reproductive tract , Gene regulation , spermatogenesis , spermatid