micropore 中文意思是什麼

The ultrastructure of the merozoites of eimeria tenellawas observed and discribed. the pellicle consist of two layer membranes, the outer membrane was a continous covering enclosing the whole merozoites, while the inner pellicular complex is interrupted at the anterior and the micropore, and thicken to form the polar ring and micropore. there are 24 microtubules under the pellicle of the merozoite which originated from the polar ring, all of them are connected with the polar ring, and extend alongside the inner pellicular complex to the middle of the merozoite. the head of the merozoite consists of a conoid, an apical vesicule and polar ring. the conoid is a hollow truncated cone. the conoid and spical vesicule can stretch and contract. there are three or more rhoptry and a lot of micronemes. the nucleus has nucleolus. and two layer membranes

利用透射電鏡對柔嫩艾美耳球蟲裂殖子的超微結構進行了觀察描述.柔嫩艾美耳球蟲裂殖子的表膜由外膜和內膜復合體兩層組成，外膜連續，內膜復合體在頭部斷開形成極環，在其它部位斷開形成微孔；裂殖子的膜下微管24根，起始於極環，向後延伸至細胞核處；裂殖子的頭部由頂泡、錐體和極環組成，錐體和頂泡可以伸縮；柔嫩艾美耳球蟲裂殖子棒狀體3個以上，微線數量很多，二者都由電子緻密的結構組成；細胞核位於裂殖子的中後部，外被雙層膜，有電子緻密的核仁和染色質

Particle size analysis - micropore analysis by gas adsorption - part 4 : determination of pore distribution according to horvath - kawazoe and saito - foley

粒度分析.用氣體吸收法進行微孔分析.第4部分:根據hor

The result is that this gas pool has simple structure, only forms a little nose - like structure at the district of fenghuangshan ; this pool belongs to delta front sub - facies sedimentary model, the underwater distributary channel and mouth bar is the better sedimentary microfacies ; the physical property of the reservoir is poor, the type of pore of the reservoir rock mostly are intergranular pore, intergranular solution hole and little are intercrystalline micropore ; the influential factors of pore structure and physical property are lithofacies, lithologic character and diagenesis ; the off - take potentia of all the testing well are deadly shortness, the wells have the worth of industrial recovery only under the condition of going through sand fracturing, and in the early of binging into production, the oil and sheath pressure drop rapidly, the production of the well drop rapidly

研究認為該氣藏構造簡單，只在鳳凰山形成了一個小型的鼻狀構造；屬於三角洲前緣亞相沉積模式，水下分流河道和河口壩是有利的沉積微相；儲層物性差，儲層巖石的孔隙類型主要有粒間孔、粒間（內）溶孔及少量晶間微孔；影響蓬萊鎮組氣藏儲層孔隙結構及儲集性的因素有巖相、巖性條件及成巖作用；所有測試井自然產能都極低，必須經加砂壓裂后才有工業開采價值，且投產初期，油套壓下降較快，氣井產量下降迅速。

Particle characterization - micropore analysis by gas adsorption - part 2 : evaluation by isotherms comparison

顆粒特性.氣體吸附微孔分析.第2部分:等熱比較評定

According to the microstructure, the tsous are consist of two sections : the adsorbent of micropore inorganic materials and pcms. tsous with the maximum pcm content and high stability may be prepared by making good use of the nano effect and surface effect of organic / inorganic nano composite materials. according to the microstructure, the saturated adsorption amount of micropore inorganic material is 73. 47 %

應用該模型制備自調溫單元，可利用材料的納米尺寸效應和表面效應，在納米孔道的內壁上形成吸附力的疊加，使微孔內部具有強的吸附勢，可得到相變工質材料含量最大且性能穩定的自調溫單元；該模型中微孔無機材料對相變工質材料的理論飽和吸附量為73 . 47 。

Directed by the adsorption theories, sepiolite was selected as micropore inorganic material and dodecanol was selected as pcm, and carried out the optimization of experimental parameters, such as selection of sepiolite minerals, sepiolite modification, absorption temperature, pcms solution concentration, stirring time, drying mode, dehydration of sepiolite. by the optimization, the best conditions on tsous preparation were achieved. measurement method of pcms exudation was established to estimate the exudation of pcm in tsous, the temperature self - operating effects and energy saving effects of tsous was also examined

在以上微孔吸附理論研究基礎上，選用海泡石作為微孔無機材料、十二醇作為相變工質材料，對自調溫單元的制備工藝參數進行了優化研究，包括：海泡石原料的選擇、海泡石改性的影響、吸附溫度的選擇、 pcm有機溶液初始濃度的選擇、攪拌時間的確定、烘乾方式的選擇、海泡石含水量的確定，最終得到自調溫單元的最佳制備工藝。

Aim : to analyze the mechanism, thermadynamic theoretical basis, dynamic mechanism and influencing factors of thermally induced phase separation ( tips ) in order to completely grasp the factors affecting the size, distribution and form of pores, so that the adjusted range of pore can be widened and the preparation of porous membrane can be repeated and controlled. methods : considering from the structural characteristics of tissue engineered materials, the methods of preparing porous membrane using tips technique, the hermadynamic theoretical basis, dynamic mechanism and influencing factors were analyzed, the problems and investigative directions in the future were also analyzed. tips technique is a process of phase separation of polymer homogenous solution under quenching, and it is suitable for diameter and structural form of the micropore materials prepared using tips are closely correlated with the kind and dispensing proportion of polymer attrnuant, polymer concentration and polymer molecular mass, etc. conducted, including determination of polymer - solvent system phase diagram, study of form and appearance of porous membrane of different thickness, study of form and appearance of porous membrane prepared with systems of different x, which is the parameter of polymer - solvent interaction

目的:分析熱致相分離成膜過程的機理、熱力學理論基礎、動力學機制以及影響因素，以便充分掌握影響孔度大小、分佈、形態的因素，使孔度調控范圍得以拓寬，使多孔膜的制備能重復可控.方法:從組織工程材料結構特點出發，分析熱致相分離聚合物多孔膜的制備方法及該法成膜的熱力學理論基礎、動力學機制以及影響因素.並分析實驗中存在的問題及今後的研究方向.結果:以熱致相分離法可制備聚合物多孔膜.熱致相分離法制備多孔膜是高聚物均相溶液在淬冷條件下發生相分離的過程，它適用於上臨界共溶溫度型聚合物一稀釋劑二元體系.熱致相分離法成膜的過程，可以認為是旋節線機理佔主導地位.熱致相分離法制備的微孔材料，其孔隙率、孔徑大小、結構形態與聚合物稀釋劑的種類、組成配比、聚合物濃度、聚合物分子量等因素密切相關.結論:可採用熱致相分離技術制備多孔膜，通過改變不同的成膜條件可獲得一系列不同孔徑尺寸和孔徑分佈的多孔膜材料.對熱致相分離成膜過程中聚合物-溶劑體系的相圖測定，不同厚度的多孔膜形貌研究，不同x （聚合物-溶劑相互作用參數）體系所制備的多孔膜形貌等需深人研究

Particle characterization - micropore analysis by gas adsorption - part 1 : fundamentals and testing procedure

顆粒特性.氣體吸附微孔分析.第1部分:原理和試驗程序

Particle characterization - micropore analysis by gas adsorption - part 3 : determination of the micropore volume according to dubini and radushkevich

顆粒特性.氣體吸附微孔分析.第3部分:微孔容量測定

With the increasing pyrolysis temperature, the specific surface area as well as micropore surface area and total volume increased accompanied with the narrower pore size distribution

隨熱解溫度的升高，氣凝膠的比表面積、微孔表面積相應增加，孔徑分佈變窄，孔尺寸縮小，總孔容增大。

The progress of synthesis of silica - alumina catalysts with the range of the pore diameter increases from micropore to mesopore and application of sol - gel method are reviewed

本文綜述了矽鋁催化材料合成方面的最新進展即所合成的催化劑的孔徑從微孔向中孔發展以及利用以溶膠凝膠法?代表的新制備技術。

Present status and developmental trend of micropore processing technic

微小孔加工技術現狀及發展趨勢

Standard test method for determining micropore volume and zeolite area of a catalyst

測定催化劑微孔體積和沸石區域的標準試驗方法

The results show that the dendrite, micropore and tensile stress in cladding layer ac the main factors reducing the fatigue properties

結果表明，表面激光熔覆會顯著降低材料的疲勞性能，在99 %可靠度的前提下，熔覆試樣的安全壽命約為基材試樣的27 % 。

The adsorption theory of micropore inorganic materials was studied to direct the preparation of tsous by organic / inorganic nano composite materials. the microstructure of tsous was established based on the theory that the micropore is filled during the process of micropore materials adsorption

研究了微孔無機材料的吸附理論，提出微孔材料的吸附過程相當于工質材料對微孔的充填，其孔體積均為吸附空間。

Via analysis of reservoir, typical gas and tight zone, it has an obvious character that the content of cement controls reservoir property, pore texture growing, definitely effects logging responsibility and micropore controls hydrocarbon content

經對試氣層段與典型氣層和緻密層分析，認為該區有一個明顯特徵：巖石膠結物的質量分數控制著儲集層物性及孔隙結構的發育程度並對測井響應有一定影響，微孔喉制約著儲層含氣性。

Updated patented technology of nuclear industry : inorganic membrane preparing process is adopted together with double - face and micropore ceramic board sintered with silicon carbide or alumina, which has a good resisting performance against friction and corrosion

核工業先進的專利技術：應用無機膜制備工藝，並採用耐磨耐腐性能良好的碳化硅或氧化鋁燒結成雙面微孔陶瓷板。