Other

Baoshan Iron & Steel Co., Ltd.

Shanghai Data Center Science Co., Ltd

Ke Xu

Jun Zhang

Honglin Li

Yufang Xu

Zhenjiang Zhao

Zhonghua Zhang

Yaoheng Liu

Yi Tong

Lili Zhu

Xiaofeng Chen

Wenlin Song

Provided are applications of a thiazole derivative in treating virus infection and in the preparation of drugs for treating virus infection. Specifically, provided are applications of a compound represented by formula (I) and a pharmaceutical composition comprising the compound represented by formula (I) in treating virus infection and in the preparation of drugs for treating virus infection: 

Applications of novel thiazole derivative in treating virus infection

An process for the on-line quenching of seamless steel tube using residual heat, a method for manufacturing a seamless steel tube, and a seamless steel tube. The process for the on-line quenching of a seamless steel tube comprises the following steps: when the temperature of a tube is higher than Ar3, evenly spraying water along a circumferential direction of the tube so as to continuously cool the tube to be not higher than T&#xb0; C., the cooling rate being controlled to be E1&#xb0; C./s to E2&#xb0; C./s to obtain a microstructure with martensite as the main composition, wherein T=Ms&#x2212;95&#xb0; C., Ms represents the martensitic phase transition temperature, E1=20&#xd7;(0.5&#x2212;C)+15&#xd7;(3.2&#x2212;Mn)&#x2212;8&#xd7;Cr&#x2212;28&#xd7;Mo&#x2212;4&#xd7;Ni&#x2212;2800&#xd7;B, and E2=96&#xd7;(0.45&#x2212;C)+12&#xd7;(4.6&#x2212;Mn), and the C, Mn, Cr, Ni, B and Mo in the equations each represents the mass percentages of corresponding elements in the seamless steel tube.

Process for on-line quenching of seamless steel tube using residual heat and manufacturing method

The present invention discloses a floating point processor prototype of multi-channel data. An architecture comprises the following steps: arranging structural data, semi-structured data and unstructured data into a three-way array; decomposing the three-way array into a matrix pattern of a second-order tensor by using higher-order singular value decomposition; and converting the matrix pattern into a sparse domain to conduct block floating point quantization. A floating point processor prototype of multi-channel data is built.

Floating point processor prototype of multi-channel data

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Shanghai, China

Ke Xu