致密

50t/a路桥纳米致密化抗共振弹性防腐涂料工业化生产的研究

Research on Commercial Run of 50t / a Road and Bridge Nano Fine and Close Vibration Resistance Elastic Corrosion Paint

获得健全致密铸件的同时，又能提高冒口的补缩效率。

By doing so , not only can we obtain fine and close castings , but we can also improve riser efficiency .

连接复合体像一个致密的棒或致密的点，位于游离面附近。

The junctional complex appears as a dense bar dot near the juxtaluminal surface .

地球是所剩下行星中最致密的星球。

Earth is the densest of all of these remaining planets .

H组还表现为心肌纤维横纹模糊，部分线粒体致密化。

Animals in H group showed unclear transverse striation of myocardial fiber and pyknosis in some mitochondria .

TiO2和MgO微量添加剂对Al2O3陶瓷烧结致密化的影响

Effect of TiO_2 and MgO Additions on Microstructures of Al_2O_3

XRD和SEM表征结果显示，等离子体处理载体有助于获得致密的分子筛膜。

The results of XRD and SEM show that the plasma treatment resulted in dense zeolite membranes .

选择适当的激光辐照工艺参数，获得致密的TiN增强金属基复合材料激光改性层。

A compact laser modified surface coating reinforced with fine TiN can be achieved with optimum process parameters .

纳米Al2O（3p）化学镀铜复合粉末的烧结致密化

Sintering densification of Cu / Al_2O_ ( 3p ) nano-composite powders by electroless copper plating

采用动态水热合成的方法在α-Al2O3陶瓷管载体内表面合成致密的分子筛膜，膜厚为20μm，形成的NaA分子筛晶体是去边的立方体。

The thickness of membrane was 20 m and zeolite crystals were cubes without side .

ITO纳米粉末爆炸压实烧结致密化陶瓷靶材研究

Investigation on Densification of ITO Ceramic Target by Using Exploring-Compression and Sinter Nano-powder Technique

多元耦合场CVI法快速致密化炭/炭复合材料研究

Fast densification Study of C / C composites with multi-coupling fields CVI

SEM和金相观测结果表明浸镍后镀层结晶致密、厚度均一；

SEM ( scanning electron microscope ) and metallographical picture show the best alloys coating can be obtained by Ni depositing layer .

稀土元素对R－α′－Sialon材料致密化和物相组成的影响

Effect of Rare Earth Elements on the Densification and Phase Compositions of R - α ' - Sialon

纳米Ni-Al2O3金属陶瓷粉末热压致密化过程

Hot pressing densification process for nano Ni-Al_2O_3 powders

致密硅包膜TiO2颜料

TiO_2 Pigments Coated with Dense Silica

结果表明，在二甲基亚砜中硅铜基体上的电沉积铋薄膜均匀、致密、粘附力强，XRD测试表明铋以晶体析出。

Results showed that the bismuth film was uni-form and compact and good adhesion to matrix , and the bismuth was granule form .

影响镁碳耐火材料表面MgO致密层形成的因素含炭耐火材料表面防氧化涂料的试制

Effect of some major factors on the formation of MgO densed layer formed on the surface of magnesia-carbon refractories

例如可以消除薄膜沉积中的胶体吸附使薄膜的变得更致密、均匀，促进CdS在玻璃衬底上发生异质反应，减少溶液中均相反应产生CdS颗粒。

Then they can enhance the heterogeneous reactions , and decrease the CdS particles by the homogeneous growth in the solution .

以H2为稀释气体制备的SiC涂层致密、光滑，沉积的SiC涂层全部是β-SiC，且具有非常强的（111）晶面取向，涂层中无α-SiC出现。

The coatings deposited by H_2 as diluent gas have a dense and smooth surface , and are of all β - SiC without α - SiC .

TiB2-Cu复合材料燃烧合成与二次致密化行为

Combustion synthesis and two - time densification of tib_2-cu Composites

电镜观察：对照组：肌节排列整齐，Z线清晰，线粒体嵴致密，细胞膜完整，无肿胀，结构正常。

Control group : sarcomere neatly , Z line clear , mitochondrial cristae density , cell membrane integrity , no swelling , structure is normal .

6白内障：老年性（过熟期）晶体致密、增大、CT值为钙化密度，外伤性则晶体密度降低，断裂者则变小。

Senile cataract ( hypermature stage ) showed dense and enlarged crystalline lens with calcium density , while traumatic catarct showed crystalline lens with lowering density or small crystalline lens in fragmentation cases .

研究喷射共沉积7075／SiCp复合材料，在循环压制过程中的变形规律与致密化规律。

The deformation and densification behaviors of spray co-deposited 7075 / SiCp composite billet were investigated .

有些SG界膜部分溶解或完全溶解，形成一种无包膜的电子致密颗粒。

Part or complete membrane lysis of some granules was observed , forming a non-membrane-bounded , electron-dense granules .

CrO3对陶瓷复合钢管致密化及力学性能的影响

Effect of CrO_3 on Densification and Mechanical Properties of Ceramic lined Pipes

研究了靶材致密性、富Ti的β相含量、微观结构均匀性与工艺条件的关系。

The target characteristics including relative density , microstructure , content of Ti rich β phase were introduced . The relationship between target characteristic and technical conditions was researched .

SEM及AFM显示薄膜表面致密、均匀、光滑，组成薄膜的颗粒尺寸在50~100nm，并显示出良好的C轴择优取向。

Surface morphologies of the films were investigated by AFM and SEM , which also show the high c-axis orientation of grains with average size about 50 ~ 100 nm .

结果表明：利用熔渗法可制备高致密的316L不锈钢，相对密度可达98%以上；

The results show that it is possible to produce 316L stainless steel by using the infiltration technology .

制备致密UO2核燃料芯核的外胶凝方法（Ⅰ）

Preparation of dense uo_2 fuel kernels by external gelation process (ⅰ)