ceramic-metal composite 中文意思是什麼
ceramic-metal composite
解釋
陶磁金屬復合材料-
During the past years a great deal of interest has been devoted to the study of ceramic composite armor due to the application in defense, in the light of recent work of ceramic / composite armor the dissertation provides the defensible performance of ceramic / metal, ceramic / non - metal light armor and multi - layer ceramic composite armor and its optimization design. at one time, it motives us to study the smash mechanism of ceramic facet plate under the effect of impact load and to analyzed different defensible performance from homogeneous armor
本文針對陶瓷復合裝甲的研究現狀，深入系統地研究了陶瓷/金屬、陶瓷/非金屬輕型裝甲和陶瓷多層復合裝甲的抗彈性能及優化設計，同時研究了在沖擊載荷作用下陶瓷面板的破碎機理，對陶瓷復合裝甲不同於均質裝甲的抗彈性能進行了分析。 -
They are applied to different situations and verified by experiments. analysis model of small ap oblique penetrating ceramic / metal light armor is established on the basis of energy model and the assumption of ellipse absorbing the same energy in back plate, giving the predictable formula about ballistic limit velocity. with energy model the optimization design in relation to ceramic / metal light armor is analyzed and the optimal coefficient of ceramic / metal composite armor is gained
本文的主要研究內容如下： （一）建立了小型穿甲彈垂直侵徹陶瓷/金屬輕型裝甲的動量模型和能量模型，它們分別適用不同情況，並通過試驗驗證；基於能量模型和背板橢圓吸能相同假設，建立了小型穿甲彈斜侵徹陶瓷/金屬輕型裝甲的分析模型，給出了彈道極限速度預測公式；利用能量模型對陶瓷/金屬輕型裝甲的優化設計進行了分析，給出了陶瓷/金屬復合裝甲的最佳優化系數。 -
Because of laser ' s transient heating and fast cooling on metal surface, laser cladding ceramic reinforced composite layer on titanium alloy surface can greatly improve wear resistance of titanium alloy
利用高能激光束對材料表面瞬間加熱和熔池快速冷卻的特性，在鈦合金表面用激光熔覆一層陶瓷增強復合材料，能夠顯著提高鈦合金的耐磨性能。 -
In this paper, we tried to get metal - coated composite powders with different particle sizes by electroless silver plating on different ceramic powders such as nano - al2o3, micro - cenospheres and submirco - sio2. the nano - al2o3 powder with average size about 10 to 20 nanometers was pretreated to produce catalytic activity before the electroless silver plating
本文利用化學鍍的方法在不同粒徑的陶瓷粉體（包括納米al _ 2o _ 3 、微米空心玻璃微珠及亞微米級的sio _ 2 ）上包覆金屬銀，制備不同粒徑的金屬包覆型復合粉體。 -
2. the damage mechanism and defensible performance of ceramic / metal light composite armor are studied
（二）系統地研究了陶瓷/非金屬輕型復合裝甲的損傷機理和抗彈性能。 -
The objective of this paper is to obtain metal - ceramic composite materials with better complex properties by the way of preparing nano - composite powders of metal and ceramic. in our thought, firstly we should prepare nano - ceramic powders coated with metal, and then during the period of sintering, the film of metal could prevent the nano ceramics powder from dumpling and keep the powders to be nano - sized
這樣，在隨后制備塊材的燒結過程中，由於復合粉體復合充分，相容性提高，結合力高，另外金屬表面層可抑制納米陶瓷粉體的融合長大，使粉體在燒結后保持納米尺寸，從而發揮納米顆粒的作用；同時通過引入均勻分佈的韌性金屬相，進一步改善陶瓷的脆性。 -
It ' s well known that nano - materials have good ductility, and the composite powders have the better consistency properties. on the other hand, because the metal phase was evenly distributed, the ductility of the ceramic composites could be promoted further
因此，本文的研究內容設定為用化學鍍的方法在納米級的al _ 2o _ 3陶瓷粉體上包覆金屬銅，制備納米的金屬包覆型陶瓷復合粉體。 -
Reformation of traditional metal machining process using new composite ceramic cutting tools
應用新型復合陶瓷刀具改革傳統機械加工工藝 -
Study on the application of ceramic - metal composite materials in bulletproof field
金屬復合材料在防彈領域的應用研究 -
In addition, in this paper the elementary analysis of dynamic response for the piezoelectric ceramic - metal composite materiel structure of cymbal style have been finished, and the results of simulation of this model were obtained by using ansys system
另外，對cymbal型壓電陶瓷-金屬復合材料結構的頻響特性做了初步的分析，並用ansys軟體得到了模擬結果。 -
The cloak is made of metamaterials, which are mixtures of metal and circuit board materials such as ceramic, teflon or fiber composite
而這種變形材料是用包括陶瓷，特富龍和光纖化合物等金屬和電路板材料做成的。 -
In this paper, we tried to get nano - composite powders of metal - coated ceramic by electroless cobalt plating of nano - al2o3 powder. the nano - al2o3 powder used in experiments were about 10 to 20 nanometer, and they were pretreated to produce catalytic activity before the electroless copper plating
實驗中所用的al _ 2o _ 3粉體平均粒徑為10 20nm ，化學鍍銅前進行了必要的預處理，使al _ 2o _ 3粉體表面具有催化活性。 -
Several methods on joining of ceramic / metal are reviewed. the joi ning of ceramic / metal brazing, partial transient liquid bonding and shs welding on power engineering and high - temperature composite of advanced jet engine, are emphasized
綜述了陶瓷與金屬連接的幾種方法，重點討論了對未來動力工程和先進發動機有重要意義的陶瓷與金屬釬焊連接、部分瞬間液相連接及自蔓延高溫合成（ shs ）連接。
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