Compared with flow-managed persistence in atomic flows, the most significant change happens to the scope of transactions: atomicity applies to each step of the process rather than the entire flow. 与原子流中流管理的持久化相比,事务作用域发生的最大变化时:原子性应用于进程的每一步而不是整个流。
The first explosion of the atomic bomb prophesied of change and a new age. 第一颗***爆炸预示着改变,以及一个新时代的到来。
However, the atomic bomb and the class struggle alone can not change the life, especially someone of your views and respect. 然而,***和阶级斗争不能单靠改变生活,尤其是你的意见,尊重别人。
No change in atomic number is possible without a radical change in properties. 性质不发生根本的改变,原子序数的改变是不可能的。
SiGe islands with different Si concentrations were grown by UHV/ CVD. The topography and size distribution of islands were characterized by atomic force microscopy. The results show that the critical volume increases with Si concentration, at which the islands change from pyramids to domes. 采用UHVCVD方法生长了不同Si组分的SiGe岛,用AFM对其形状和尺寸分布进行了分析,实验结果表明SiGe岛从金字塔形向圆顶形转变的临界体积随Si组分的增大而增大。
The result shows that when r increases, the times of atomic dipole squeezing decrease gradually and vanish with the time evolution, but the maximum of degree has no evident change; 研究结果表明,随着r的增大,原子偶极压缩的次数逐渐减少,且随时间的演化逐渐消失,但最大压缩量无明显的变化;
When deformation is elastic the initial configuration of atomic system changes little, obvious change is observed in plastic period, such as break of metal bond, movement of atoms and pores, migration of grain boundary. 在弹性变形阶段原子排列结构不变,而塑性变形阶段此排列结构发生较大变化,包括金属键断裂,原子与空位迁移、重组,晶界变形、迁移等。
When adjusting experimental conditions, the atomic binding situation of films will also change. 改变制备工艺条件,薄膜中原子的化学结合状况会发生相应的变化。
The coherent superposition of atomic states leads to the change of properties of interaction lights because of the coupling between the lights and atoms. 在原子相干效应条件下,由于场与原子之间的相干耦合,导致原子能态的相干叠加,因而导致与之作用场的光场特性发生变化。
The anharmonic effect of atomic vibration taken into account and from the potential energy which reacts each other among atoms, Boltzmann statistical principle used, the relation formula of temperature and the distance change between atoms and coefficient of linear expansion is derived. 考虑原子振动的非简谐效应,从原子间相互作用势能入手,运用玻尔兹曼统计原理,推出了原子间距的变化与温度的关系式,并导出了固体的线胀系数。
UV-Vis absorption spectrum and Atomic Force Microscope ( AFM) image indicate that the change of concentration of Cd ions and post-treatment temperature may adjust the band-gap of CdS to obtain stable uniform and compact hard films. 紫外-可见吸收谱和原子力显微镜结果表明,改变溶液浓度和后处理温度都能有效调节CdS的吸收带边,得到均一致密的CdS纳米薄膜。
Additional restrictive conditions and their influence on the linear characters of a reaction system have been discussed. It has been proved that they do not influence the atomic matrix but change the structures of both stoichiometric matrix and restrictive matrix. 着重讨论了附加限制条件以及它对反应体系线性特征的影响,它不影响原子矩阵,但改变计量矩阵和限制矩阵的结构。
Atomic clusters are the intermediates between atoms and molecules on the one hand, and the condensed matter on the other, and are produced generally in non equilibrium condition. Their structures and properties change as number of atoms varies. 原子团簇介于原子分子和宏观凝聚物质之间,一般产生于非平衡条件,其结构和性质随所含原子数目而变化。
In the metallic conductor has the electric current passes obsolete must give off heat, thus creates the conductor thermal-expansion, this originally was the atomic condition occurs the change. 金属导体中有电流通过时就要发热,从而导致此导体的热膨胀,使原子的状态发生了变化。
The width of the atomic oxygen undercut cavity varies with the thickness of the protective coatings, and the depth of undercut cavity also sees a small change. 保护层厚度主要对初次入射原子氧的入射过程有影响,加厚保护层可以减小原子氧的掏蚀深度和掏蚀空腔的宽度。
The major changes of the charge of the distribution of atomic in proton transfer process were analysed. The effect of induced-fit of enzyme to substrate was proved by contrasting the structure change of the composite of substrate and enzymes before and after. 对质子转移过程中各主要原子的电荷分布变化进行了分析,对比了底物与酶复合前后的构型变化,证明了酶对底物的诱导契合作用。
An atomic cluster is a steady congeries formed by the mutual forces of several to several thousand atoms, and whose physical and chemical characters often change along with the number of its atoms. 原子团簇是由几个至数千个原子相互作用而形成的稳定聚集体,其物理和化学性质与它所含有原子数目多少有关。
Pt and Rh have very close atomic radius and enthalpy of vaporization so that the change of their mix enthalpy is nearly zero. 而Rh和Pt的原子半径相当,升华焓非常接近,混合焓变几乎为零,形成的合令也更加稳定。
Under high pressure, atomic space and electronic structure will change, and that could eventually cause phase change. 在高压下,物质原子的空间位置和电子结构都将发生变化,最终可能会引起相变转变。
The atomic charges change distribution after optimized. 原子电荷分布在结构优化后也有改变。
This also applies for other physical properties of metallic glasses, e.g., viscosity and atomic diffusivity. which may change by orders of magnitude with the variation of free volume. 金属玻璃的某些物理性质也与自由体积密切相关,比如说,自由体积的改变会使系统粘滞系数或者扩散系数发生几个数量级的变化等等。