论文部分内容阅读
Optimization in Electronic Structure Calculation
【出 处】
:
2014 Workshop on Optimization for Modern Computation(现代计算优化研
【发表日期】
:
2014年期
其他文献
高温胁迫已经成为作物减产的主要因素之一,选用耐热品种是减轻作物高温胁迫最有效的方法。热胁迫可以引起渗透胁迫和氧化胁迫两种危害。由于气孔可以调节植物水利用率,在非生物胁迫中起着重要作用。本研究从水稻中花11T-DNA插入突变体库T7代中筛选获到一份耐高温突变体hst (heat-shock tolerance)。对培养18天的水稻苗进行高温处理(day/night:42℃/37℃,13h/11h;
We present a set of,state of the art,large scale direct N-body simulations of the galaxy collision with the central Supermassive Black Hole system(SMBH).We
会议
目的:
1.开展浙江省耳聋分子流行病学调查,完善非综合征型耳聋资源数据库,并进行聋病分子机制研究。
2.对温州、宁波两地门诊的非综合征型耳聋患者人群进行线粒体DNAC14
汞和铜是普遍存在于水体环境中的痕量重金属,并且铜还是一种为各种生命体代谢过程所需要的微量元素,过高的重金属浓度不仅会对生命体个体产生毒害效应,同时还会沿着食物链的
Early type galaxies,ellipticals and S0s,have projected central density brightness profile logarithmic slopes,γ,ranging from about 0 to 1.We show that γ is
会议
The study of intermediate-mass black holes is a young and promising field of research.If they exist,they could explain the rapid growth of supermassive blac
会议
It is widely accepted that the distribution function of the masses of young star clusters is universal and can be purely interpreted as a probability densit
会议
During cosmological structure formation galaxies merge.How do the central supermassive black holes(SMBH),ubiquitous in galaxies,get close to each other in g
会议
低能离子注入技术作为生物物理诱变的一种新型技术,在园艺植物育种方面具有很大的应用潜力。目前,离子注入技术已经运用在了白洋淀红莲新品种选育中,经过对离子注入后莲花新
The centers of giant galaxies display stellar mass deficits(Mdef)which are thought to be a signature left by inspiraling supermassive black holes from pre-m
会议