空隙

基本解释 (translations)

clear  ·  hiatus  ·  interspace  ·  interstice  ·  interstices  ·  lacuna  ·  spacing  ·  void  ·  contline  ·  clears  ·  hiatuses  ·  interspaced  ·  interspaces  ·  interspacing  ·  voids

与空隙相关的网络例句 [注：此内容来源于网络，仅供参考]

The inner spatial section area of the unit cell receptor is larger than the inner spatial section area of the circulator.

单元电池接受器的内部空隙截面面积大于循环器的内部空隙截面面积。

But for the strong activity of Nano-TiO2, the conglobation will happen easily, and it will greatly reduce the application effect in coating. And for the hydrophilicity , its hard to break up uniform in resins, so air gaps appear in the interface, then the high polymer in the interface willhappen degradation reaction or embrittlement reaction, and coatingsperformance will fall down.

但是由于纳米粒子表面极强的活性，使它们很容易团聚在一起从而形成带有若干弱连接界面的尺寸较大的团聚体，这大大降低甚至消除了纳米颗粒的实际应用效果，同时由于纳米粒子表面亲水疏油，在有机高分子树脂中难于均匀分散，界面上会出现空隙，当空气中的水分进入空隙中就会触发界面处高聚物的降解、脆化，导致涂层失效。

In the single crystal of C60 with a FCC structure,positron mainly appears outside the C60 molecule.The main annihilation space is the interspace between molecules.The calculated positron bulk lifetime in C60 is 352ps, which agrees with experiment value of 356ps in literature.In carbon nanotube bundles with different dimeters,as the diameter of carbon nanotubes increases,the main space where positron appears changes from the interspace of carbon tubes to the space inside carbon tubes,the radio between positron annihilation with valence eletrons and core eletrons becomes larger,the positron bulk lifetime in carbon nanotube increase rapidly first and come to be a constant at the end.The calculated positron lifetime of carbon nanotube with a dimeter of 0.8～1.6ns is 332～470ps,which agrees with the experiment value of 394ps.Positron annihilation has been studied in widly used compound semiconductors.

计算结果表明：在片层结构的石墨晶体中，正电子主要在石墨层间的空隙中湮没，计算出的石墨中的正电子寿命为208 pS，与文献中的实验结果215 ps符合很好；在金刚石单晶中，正电子主要在碳原子之间的空隙中存在并发生湮没，计算出的金刚石中的正电子寿命为115 ps，文献中的实验结果110 ps左右符合；在面心立方结构的C60晶体中，正电子主要在C60分子球壳内外侧及分子之间存在，C60球形分子中心正电子分布很少，正电子的湮没区域集中在C60分子之间的空隙区域，计算出的C60中的正电子寿命为352 ps与文献中的实验结果356ps相符合；对于不同管径碳米管束中的正电子分布，随着碳纳米管直径的增加，碳纳米管束中的正电子由主要在碳纳米管管间的区域出现转变为主要在碳纳米管管内中心的区域出现：碳纳米管束中的正电子与碳原子的价电子的湮没概率变得越来越大，与核心电子的湮没概率变得越来越小；碳纳米管束中正电子的湮没寿命先迅速增大，而后趋于一定值。

Especially the most commonly used methods,such as coupling reagent,surfactant and polymer coating methods were introduced in detail.On these basis,the problems existed were put forwarded and the necessity of interface compatibility improvement,the uniform dispersedness of nano-particles in base material and stability control were pointed out.At the same time,further research direction was also proposed.

未经表面处理的纳米TiO2颗粒表面还具有亲水性，不能很好地分散在有机基质中，这大大降低了超细颗粒的实际应用效果；同时在有机高分子树脂中难以均匀分散，界面上会出现空隙，当空气中的水分进入空隙中就会引起界面高聚物的降解、脆化，导致材料性能下降。

Correlation analysis of the two lists of the probe signals are done by using the statistic method. Void wave instantaneous velocity probability distribution graphs and the graphs of a relation between void wave average velocities and fluxes are obtained. The comparison between the fitting lines and the theoretical formulation of void wave velocity is drap.

通过统计的方法对两列探针获得的局部瞬时空隙率信号进行相关性处理，得到不同流量和不同外加扰动下空隙率波瞬时波速概率分布图及空隙率波平均波速和流体流速关系图，并对空隙率波平均波速拟合直线和空隙率波波速理论公式进行比较。

The pore capacity is becoming smaller with increasingthe vitrinite content. 2. Micro-porosity is dominated in the total pore capacity, which takes more than50%. There is not relationship among pore capacity and specific surface with otherfactors such as Maceral and R0, which shows that the distribution and shapes of poreare not influenced by the composition of the coal. 3. The pore is opened for the coal of Ordos Basin, the order is from durain to clarainthen samples to vitrain. Others are belong to half-opened and thin throat. 4. The adsorption content of gas is increasing with the higher pressure, and the freegas content is decreasing;The adsorption content of gas is decreasing with thehigher temp, and the free gas content is increasing;The adsorption content of gas isincreasing with higher vitrinite content for the kennel coal when temp.

总空隙主要由小孔孔容构成，小孔孔容占了50%以上；镜质组含量和惰性组含量等物质以及镜煤反射率均与孔容、比表面未表现出明显的相关性，说明孔隙分布特征不受物质组成的影响 3、鄂尔多斯地区的空隙呈现开放状态为主，空隙开放的次序为暗煤-亮煤-煤样-镜煤，其他盆地则为半封闭和细瓶颈空隙 4、随压力增加，煤对气体的吸附量增加，煤中所含游离气的量随之减小；随温度增加，煤对气体的吸附量减小，而煤中所含游离气的量随之增加；在相同的温压条件下，同是长焰煤的样品，吸附量在孔容中所占的比例随镜质组含量增加而增加。

Before degradation: limpid stereo reticular structure of PLGA; One week after degradation: PLGA was corroded and the reticular structure was decreased; Three weeks after degradation: airspace was gradually disappeared and the reticular structure was further decreased; Five weeks after degradation: airspace and the reticular structure were completely damaged, which was in an indefinite form.

降解前PLGA(丙交酯和乙交酯的摩尔比为90∶10)支架材料呈清晰的三维立体网状空隙结构；降解1周后，材料表面受侵蚀，网状结构减少，孔洞局灶性连接呈片状；3周时材料表面受侵蚀现象加重，空隙逐渐消失，网状结构进一步减少，聚合物融合呈大片状；5周后材料空隙、网状结构完全消失，呈不定型均质状。

Any of the open spaces in a net or network; an interstice.

网孔，空隙任一种网或网状物的镂空部分；空隙

Effective porosity is the porosity available to free fluids, excluding unconnected porosity and space occupied by bound water and disseminated shale.

有效孔隙度是指适用自由流体的空隙度，它不包括不连通的空隙度和周围水以及浸染泥岩占有的空隙度。

The process includes making samples using Superpave Gyratory Compactor, selecting gradation by the criterion of stone-on-stone contact and certain air voids in the mix and determining the optimal asphalt content limited by draindown test and expected air voids as the main controllability condition. It is suitable to increase the asphalt content of the mix in the range of expected air voids, which can ensure the compatibility of function and durability of porous asphalt.

该方法采用旋转压实仪成型试件，通过计算法确定初试沥青用量，以石-石接触和一定条件下的空隙率作为设计级配选取的根本依据，在最佳沥青用量的确定中，以沥青析漏损失和空隙率作为主要的控制指标，在设计空隙率的基础上，通过使用纤维增大沥青用量，以保证沥青混合料兼备功能性和耐久性。

与空隙相关的网络解释 [注：此内容来源于网络，仅供参考]

areole：网眼状空隙

areolation | 网隙形成 形成网眼状空隙(结构) | areole | 网眼状空隙 | areolet | 昆虫翅脉之间隙

gap：空隙

三摩地是作为一个空隙(gap)而开始的,但是它永远不会结束,一个空隙总是开始,然后结束,它有界限:一个开始和一个结束. 但是三摩地以一个空隙开始,然后就永远持续下去,没有结束. 所以,如果那个发生是作为一个空隙而来临的,

Head gap：磁头缝隙; 磁头间隙; 磁头空隙

grid-cathode gap 栅阴间空隙 | head gap 磁头缝隙; 磁头间隙; 磁头空隙 | Hecuba gap 赫库巴空隙

Hecuba gap：赫库巴空隙

head gap 磁头缝隙; 磁头间隙; 磁头空隙 | Hecuba gap 赫库巴空隙 | Hertzsprung gap 赫氏空隙; 赫兹伯伦空隙

Hestia gap：赫斯蒂亚空隙

Hertzsprung gap 赫氏空隙; 赫兹伯伦空隙 | Hestia gap 赫斯蒂亚空隙 | high frequency spark gap oscillator 高频电火花隙发生器

Interdental Space：牙间空隙

冠内空隙Intracoronal Space | 牙间空隙Interdental Space | 牙弓间空隙Interarch Space

Effective porosity：有效空隙率 有効空隙率

■ effective instantaneous field of view, EIFOV 有效瞬时视野 有効瞬間視野 | ■ effective porosity 有效空隙率 有効空隙率 | ■ effective rainfall 有效雨量 有効雨量

areolated：网眼状的;小空隙的

areolat 网眼状的;小空隙的 | areolated 网眼状的;小空隙的 | areolation 形成网眼状空隙

Fill Gaps：是否想带间空隙填充颜色

Gap Width:带间空隙宽度 | Fill Gaps:是否想带间空隙填充颜色 | Gaps Color:带间空隙填充颜色

void space WESTBANK：空隙

void of mineral aggregate WESTBANK 粒料空隙率 | void space WESTBANK 空隙 | void water WESTBANK 空隙水