界间的

基本解释 (translations)

interphase

与界间的相关的网络例句 [注：此内容来源于网络，仅供参考]

Three are three major actions that Mn effects fracture behavior in the alloy at room temperature, as follow: One is that Mn fines grains, antiphase domains and weakens dislocation clog, which retain formation of cleavage crackle. The second is that Mn decreases APB energy and promotes slop and cross slip, in particular, a large number of cross slip make deformed APBs transform from line type into zigzag type and the APBs interact and cross each other, resulting in propagation of cleavage cracks. The last is that Mn raises the relative proportion of cleavage strength to grain-boundary strength and then restrains formation and propagation of cleavage crack.

Mn对合金室温断裂行为的影响主要反映在三个方面，一是Mn的存在细化晶粒和反相畴，使得位错塞积程度减小，从而阻碍解理裂纹源的生成；二是Mn的存在提高解理强度与晶界强度的相对比值，从而抑制了解理裂纹的形成和扩展；三是Mn降低反相畴界能量、促进超位错的滑移、交滑移，特别是断裂前位错大量的交滑移使形变反相畴由直线型变为折线"Z"字型，反相畴界间的相互作用、相互交错阻碍了解理裂纹的扩展。

Moreover, the semiopen mapping theorem, the semiclosed graph theorem and the semibounded inverse theorem are established under some conditions of weaker t-norms.

对MengerPN空间上的线性算子引入β-半有界，β-半开及β-半闭等概念，讨论了它们间的关系，并在较弱的t-模条件下建立了半开射定理，半闭图定理和半有界逆定理。

The main study areas of SEIZE include:(1)physical nature of asperity;(2)temporal relationships among stress, strain, and pore fluid pressure throughout the earthquake cycle;(3)controls on the updip and downdip limits of the seismogenic zone of subduction thrusts;(4)nature of tsunamigenic earthquake zones;(5)role of large thrust earthquake in mass flux.

SEIZE的主要研究内容包括：①凸凹体的物理性质；②在地震周期里，应力、应变和孔隙流体成分随时间的变化；③在俯冲逆冲断层上，发震带上界和下界的确定；④引起海啸的发震带的特征；⑤大型逆冲带地震在物质转换过程中所起的作用。

Recordings from the STN exhibited an increase in the background activity and an irregular firing pattern, with a mean rate of (49±13) Hz. The mean cell density was (58±14) cells /mm, with an average length from upper bounder to lower bounder of (58±08) mm. The movementrelated cells were located primarily in the dorsolateral sector of the STN, with the leg area located medial along the mediolateral axis and centrally along the anteroposterior axis, compared with the arm area.

STN细胞电信号为高频、高幅及背景噪声较高的簇状放电，平均放电频率(49±13) Hz，平均细胞密度(58±14)个/mm，上、下界间平均长度(58±08) mm；运动相关细胞多位于背外侧部，下肢偏内侧，上肢偏外侧，亦可记录到&震颤同步细胞&。

Dielectric, piezoelectric and electrmechanical coupling properties of PZT and PSZT systems at high Zr content region were studied. The feature of high Kt and low Kp of PZT-based materials near F-AF phase boundary was exploited and examined, and electromachanical coupling anisotropy Kt/Kp is higher than that at the morphotropic phase boundary , Kt≥0.40, Kt/Kp≥3. 0. This phenomenon can be realized by electric field -induced AF-F phase transition and explained by coupling effect of two-sublattice in antiferroelectric unit cell.

研究了PZT和PSZT两个系统在高锆区的介电、压电和机电耦合等性能，首次发现了PZT基材料在铁电-反铁电相界处具有高Kt和低Kp的性质，机电耦合各向异性Kt/Kp也比准同型相界要高，Kt≥0.40，Kt/Kp≥3.0，并把这一现象归因于电场诱导AF-F相变和反铁电双子晶格间的强耦合作用。

A simplified model was proposed to simulate material microstructure according that metal solidification is a Monte Carlo process. First, use the point of"putting randomly, growing uniformly"to generate grain boundary, then recognize grain boundary trifurcate points, eliminate bad trifurcate points, and distinguish the connections among these points, thus obtain straight grain boundary picture.

根据金属凝固过程是—Monte Carlo过程，建立了金属材料显微组织的简化Monte Carlo方法，采用&随机投放，等速生长&的方法形成矩齿形晶界图，并通过逐点判断法识别出晶界三重点，剔除奇异三重点，并识别出晶界及晶界间相邻关系，从而获得晶界结构的直线近似形态图，为细观组织短裂纹的数值模拟作好准备。

When Nb segregates at grain boundary, the bonds across grain boundary are strengthened, while the interactions between Nb and its neighboring atoms are weakened.

Nb和Ti周围的Fe原子相互作用有所减弱，而Nb和Ti原子两边的跨晶界的原子间的相互作用加强，反映了替位Nb、Ti原子强化Fe晶界的作用。

E〓 is not only correlative with the H content in the films, but also related to the distribution of H located at grain boundary, the grain size and the free carrier absorption.(5) The Si films with tips on the surface were growth by ICP-CVD.

实验发现，由于样品中存在晶粒与晶粒间界，其光学带隙不但与薄膜中H含量大小有关，而且与H在晶粒间界处的分布情况、晶粒尺寸以及自由载流子吸收等效应相关。

The spacings between the wall and interface used are 1500, 1100, 900, 700, 500, 400, 300, 200, 100, and 50 mm.

墙与界面板间的距离d有1500、1100、900、700、500、400、300、200、100与50 公厘十种。

Results show that chemical reaction between additives Al2O3 and Y2O3 accelerated the liquid phase sintering and the formation of the YAG non-crystalline,which was beneficial to improving fracture toughness of Cf/SiC composites.Higher sintering temperature resulted in the strongly bonded fiber/matrix interface.Fiber push-off,crack deflection and grains bridging are main toughening mechanisms of silicon carbide cera...

结果表明：烧结过程中，烧结助剂Al2O3、Y2O3之间发生化学反应，促进液相烧结，形成晶界间的次晶相YAG(3 Y2O3.5Al2O3)，有利于提高复合材料的断裂韧性；在较高烧结温度下，碳纤维、烧结助剂与基体间发生反应，形成较强结合界面；纤维拔出、裂纹偏转和晶粒桥联是碳化硅陶瓷的主要增韧机制。

与界间的相关的网络解释 [注：此内容来源于网络，仅供参考]

agaric：伞菌

酵母菌(yeast)和伞菌(agaric),两者同属于真菌界下面二个不同亚门的生物. 如此看来,四个"菌"类的结构和特性有非常大的差别,因为生物中亚门间的差别之大就好比在动物界中驰骋千里草原上的骏马不同于生活在厦门海滩边的无头类文昌鱼.

crista terminalis：界嵴

手术方法是将右房切口设计为界嵴(crista terminalis)前、后两切口以及自右心耳终止于三尖瓣环的切口,以保护前、后结间束、窦房结动脉和右房上部的窦性冲动发生区.

foul ball：界外球

2.32 界外球 (FOUL BALL) 打者击出的球有下列情况者,属於界外球. 球停止在本垒至一垒,或本垒至三垒间的界外区. 滚地球通过一垒或三垒是在界外区时,就是界外球. 球越过一垒或三垒时,最初的落点是在界外区. 球直接打到投手板后反弹飞过捕手区,

Intergranular corrosion：腐蚀

1-4-8 延晶腐蚀 延晶腐蚀(Intergranular corrosion) 又称为粒间腐蚀,是在金属晶界处发生局部腐蚀的现象.就电化 学的观点来看,由于材料的晶粒为阴极,而晶界一般为阳极,因此在 均匀腐蚀的情况下,晶界处的腐蚀性仍稍大于晶粒处,如果在特殊情 况下,

interphase boundary：相间边界,相界

interphase | 相间的,界面,际面,间期(细胞分裂) | interphase boundary | 相间边界,相界 | interphase boundary junction | 相间边界结,相间边界的连结

Ultimo mondo cannibale：最后的食尘间界

预见将来(惊魂下一秒) Next | 最后的食尘间界 Ultimo mondo cannibale | X档案:征服将来 The X Files

Kingdom Animalia：界

余下的多细胞真核生物又根据它们的营养类型分为植物界(Kingdom Plantae),光合自养;真菌界(Kingdom Fungi),腐生异养;动物界(Kingdom Animalia),异养. 五界系统虽然能反映出生物间的亲缘关系和进化历程,但仍不够完善. 在分子分类学研究中,

Intergovernmental：政府间的

汇集了三国近年来在湖泊富营养化治理方面的最新技术成果及...组织网络时代的来临,给管理者带来了跨界相互依赖的挑战. 公共职能再也不是政府的唯一领域. "政府间的" (intergovernmental)这一术语有了新的内涵,不仅包括联邦政府-州政府、州政府-地方政府以及地方政...

Intergovernmental：间的

组织网络时代的来临,给管理者带来了跨界相互依赖的挑战. 公共职能再也不是政府的唯一领域. "政府间的" (intergovernmental)这一术语有了新的内涵,不仅包括联邦政府?州政府、州政府?地方政府以及地方政府之间的关系,还包括政府......本书介绍了固体材料力学行为试验研究方法,

SAKAI：界市

朝日新闻社报导指出,日本消费性电子大厂索尼公司(Sony Corp)收购夏普(Sharp Corp)一间位於大阪府(土界)市(sakai)液晶显示器厂房7.04%的股权.