To advance the field of science and technology,we need to revitalize the development of science and technology through innovation.The development of science and technology has many beneficial implications on the revit...To advance the field of science and technology,we need to revitalize the development of science and technology through innovation.The development of science and technology has many beneficial implications on the revitalization of the country.For this reason,universities in China should give full attention to their role as the main propeller of science and technology.“Streamlining administration,delegating powers,improving regulation,and strengthening services”is a policy issued by the Chinese government for the management of science and technology funds in colleges and universities.Based on the policy of“streamlining administration,delegating powers,improving regulation,and strengthening services,”colleges and universities must optimize the management of science and technology funds for their efficient use.In this paper,we analyzed the importance of the policy and put forward an effective management strategy,aiming to improve the management of science and technology funds in colleges and universities.展开更多
Checked by Henan Province Development and Relbrm Commission and Henan Province MunicipalFinance （）ffice, the “R ＆ I） and Industrialization of High Performance Functional Refractories for Metallurgy New Technology...Checked by Henan Province Development and Relbrm Commission and Henan Province MunicipalFinance （）ffice, the “R ＆ I） and Industrialization of High Performance Functional Refractories for Metallurgy New Technology” project declared by 1,1RR gained a special fund support on self-renovation and products structure adjustment. The project will realize the technology integration and industriali-zation of key refractories including purging component, metering nozzle and toil and belt continuous casting nozzle, etc. through building high performance functional refractories production lines for metallurgy new technology.展开更多
This study was designed to observe and compare the circadian fluctuations in tactile sense, joint reposition sense and two-point discrimination in healthy subjects. Twenty-one healthy adult subjects received perceptua...This study was designed to observe and compare the circadian fluctuations in tactile sense, joint reposition sense and two-point discrimination in healthy subjects. Twenty-one healthy adult subjects received perceptual ability tests through these three different sensory modules at approximately 9：00, 13：00 and 18：00 in a day. The distribution of ranking for perceptual ability was significantly different among the three different time points in each individual, with highest perceptual ability in the evening compared with noon and morning, in terms of tactile sense and two-point discrimination. These findings suggest that the perceptual ability of healthy subjects fluctuates according to the time points in a day.展开更多
从20种天然氨基酸的41个分子轮廓指数（randic molecular profiles,R）、44个分子特征值指数（eigenvalue based indices,E）和47个分子运转路径数目（walk and path counts,W）分别进行主成分分析,得出1种新的氨基酸描述符（scores vec...从20种天然氨基酸的41个分子轮廓指数（randic molecular profiles,R）、44个分子特征值指数（eigenvalue based indices,E）和47个分子运转路径数目（walk and path counts,W）分别进行主成分分析,得出1种新的氨基酸描述符（scores vector of R,E,W-SVREW）。将其应用于血管紧张素转化酶（ACE）抑制二肽、三肽、四肽、九肽结构表征,应用多元线性回归建立定量构效关系模型,同时采用内部与外部双重验证的方法验证模型的稳定性。所建ACE抑制二肽、三肽、四肽、九肽的模型复相关系数（Rcum^2）、留一法（LOO）交互校验复相关系数（Rcv^2）和外部样本校验相关系数（Qext^2）分别为：0.907、0.791、0.633;0.831、0.603、0.723;0.834、0.668、0.718;0.964、0.853、0.948。经研究表明：SVREW描述符应用于ACE抑制肽结构表征所建模型稳定性与预测能力均较好。展开更多
文摘To advance the field of science and technology,we need to revitalize the development of science and technology through innovation.The development of science and technology has many beneficial implications on the revitalization of the country.For this reason,universities in China should give full attention to their role as the main propeller of science and technology.“Streamlining administration,delegating powers,improving regulation,and strengthening services”is a policy issued by the Chinese government for the management of science and technology funds in colleges and universities.Based on the policy of“streamlining administration,delegating powers,improving regulation,and strengthening services,”colleges and universities must optimize the management of science and technology funds for their efficient use.In this paper,we analyzed the importance of the policy and put forward an effective management strategy,aiming to improve the management of science and technology funds in colleges and universities.
文摘Checked by Henan Province Development and Relbrm Commission and Henan Province MunicipalFinance （）ffice, the “R ＆ I） and Industrialization of High Performance Functional Refractories for Metallurgy New Technology” project declared by 1,1RR gained a special fund support on self-renovation and products structure adjustment. The project will realize the technology integration and industriali-zation of key refractories including purging component, metering nozzle and toil and belt continuous casting nozzle, etc. through building high performance functional refractories production lines for metallurgy new technology.
基金supported by Basic Science Research Program through the National Research Foundation of Korea(NRF)funded by the Ministry of Education,Science and Technology,No.2012R1A1B4003477
文摘This study was designed to observe and compare the circadian fluctuations in tactile sense, joint reposition sense and two-point discrimination in healthy subjects. Twenty-one healthy adult subjects received perceptual ability tests through these three different sensory modules at approximately 9：00, 13：00 and 18：00 in a day. The distribution of ranking for perceptual ability was significantly different among the three different time points in each individual, with highest perceptual ability in the evening compared with noon and morning, in terms of tactile sense and two-point discrimination. These findings suggest that the perceptual ability of healthy subjects fluctuates according to the time points in a day.
文摘从20种天然氨基酸的41个分子轮廓指数（randic molecular profiles,R）、44个分子特征值指数（eigenvalue based indices,E）和47个分子运转路径数目（walk and path counts,W）分别进行主成分分析,得出1种新的氨基酸描述符（scores vector of R,E,W-SVREW）。将其应用于血管紧张素转化酶（ACE）抑制二肽、三肽、四肽、九肽结构表征,应用多元线性回归建立定量构效关系模型,同时采用内部与外部双重验证的方法验证模型的稳定性。所建ACE抑制二肽、三肽、四肽、九肽的模型复相关系数（Rcum^2）、留一法（LOO）交互校验复相关系数（Rcv^2）和外部样本校验相关系数（Qext^2）分别为：0.907、0.791、0.633;0.831、0.603、0.723;0.834、0.668、0.718;0.964、0.853、0.948。经研究表明：SVREW描述符应用于ACE抑制肽结构表征所建模型稳定性与预测能力均较好。
