米線機 的英文怎麼說
中文拼音 [mǐxiànjī]
米線機
英文
machine for processing rice noodle-
Hangzhou yuhang chengnan line factory organized in 1993, was located the beautiful hangjiahu plain of hangzhou yuhang disctrict linping town, the close neighbor no. 320 national highways and the huhang highway near linping exit, the geographical position superior, the transportation was extremely convenient, this factory area amounted to 2, 500 square meters, the floor space reaches 700 even aspects, at present the staff has 29 people, technical personnel had 3, the factory main equipment has the dye vat, the system line machine and so on the special - purpose supplementary equipment, the fixed asset more than 2 million yuan, at present main production ribbon product and so on black silk ribbon line, nylon line, real silk thread, produces high mainly sells to hangzhou, shanghai, and the peripheral locality, the product quality deeply user communities ' faith, this factory by the science management, the rich experience and the advanced technology and the craft, had guaranteed this factory product high level, the high quality, simultaneously continuously pursue the good prestige, take the customer demand foundation of as the enterprise survival, welcome the new old customer to come this factory service discussion, communal development
杭州餘杭成楠制線廠創辦於1993年，位於美麗的杭嘉湖平原杭州市餘杭區臨平鎮，緊鄰320國道及滬杭高速公路臨平出口處，地理位置優越，交通十分方便，該廠佔地面積達2500平方米，建築面積達700平方面，目前職工有29人，其中技術人員有3名，工廠主要設備有染缸、制線機等專用配套設備，固定資產200多萬元，目前主要生產絳綸線、尼龍線、真絲線等產品，產高品主要銷往杭州、上海、及周邊地區，產品質量深受廣大用戶的信賴，該廠以科學的管理，豐富的經驗及先進的技術和工藝，保證了該廠產品的高水平、高品質，同時一直追求良好的信譽，以客戶的需求為企業生存之本，歡迎新老客戶前來該廠業務洽談，共同發展。In this dissertation, firstly, preparation, structure and optical properties of templates - - anodic alumina membranes ( abbreviated as aam ) with nano - pore arrays were studied intensively. then electro - deposition preparation and mechanism of cadmium selenide ( cdse ) thin films were investigated. at last, cdse nano - wire arrays in aam with nano - pore arrays were prepared and characterized by template - electro - deposition method which is one kind of up - to - date way and has merits of both template technique and electro - deposition method
本論文首先對模板? ?納米孔陣列陽極氧化鋁膜（ aam ）的制備、結構和光學性質進行了比較詳細的研究，然後研究了cdse薄膜的電沉積法制備及沉積機理，最後結合模板技術和電沉積法各自的特點，首次以納米孔陣列aam為模板，用模板-電沉積新方法制備出cdse納米線陣列，並對其進行了較為詳細的表徵。High quality cube - like mnse2 and sphere - like ( - mnse micro - crystals have been obtained in aqueous solution at low temperatures ( 100 ( c ~ 180 ( c ). by using tellurite as reactant, uniform cote and nite nanocluster wires were successfully synthesized through a co - reduction process
用亞碲酸鹽代替亞硒酸鹽，上述方法被成功應用到金屬碲化物的動力學調控合成中，通過共還原反應機理，利用新生的元素co 、 ni與活性碲，於水溶液中合成了cote和nite的一維納米線。Our company enjoys the high reputation at domestic abroad market is a fishing - net manufacturer, our building area 6000 suqare meter. we own 34 sets of making - net machine, 9 sets of twine - machine, 140 sets of braided rope and 2 sets huge equipment machine. the annual output is 300 tons. the goods sell to singapore, italy, canada, usa, england, france, nigera, guinea and so on. our company myself has import and export right. the annual export amount u. s dollar four million
汕頭市韻星化纖製品廠有限公司是國內外享有盛譽的漁網生產廠家，公司佔地面積6000平方米，擁有織網機34臺，捻線機9臺，編繩機140臺，大型后處理設備2套，年產值300噸，產品遠銷新加坡義大利加拿大美國英國法國奈及利亞幾內亞等二十多個國家和地區，本公司享有自營進出口權，年出口額400萬美元。Mechanism of formation of highly ordered tio2 nanowire arrays
2納米線陣列生長機理的研究The growth mechanism of - sic nanowires networks is discussed
並討論了納米線網的生長機理。With the accumulation of funds, we set up a new huajiang produce base of an area of 13 mu, and of the investment of 3, 500, 000 rmbyuan in xiongzhou western expressway industrial development zone of xiongxian county. factory building areas 1, 800 square meter, a 9 color high - speed intaglio press ( with the surpervision on static screen ) and a package - making machine both automatic controlled by electronic computer, a caloric partitions and a compound film machine, thus, a total process line came into being
隨著資金不斷積累，我廠又在雄縣雄州路高速引線西側工業開發區投資350萬元建立了佔地13畝的新的華江生產基地，建築面積3800平方米，微機控制全自動九色凹印機（靜止畫面檢測） ，微機控制全自動制袋機，熱分切機、復合機、高低壓吹膜機等國內最先進的生產設備。The product improves the starting quality of motorcycle and has a wide application prospect the rotor of electromotor is circled with lacquer - covered thread whose diameter is larger than 0. 6mm, and whose rigidity is high
該電機轉子採用了線徑大於0 . 6毫米的漆包線，其線徑較粗且硬度較高，傳統繞線機構無法對其進行正常繞制。However, to the best of our knowledge, the syntheses of nanotubes, nanowires, nanometer whiskers have n ' t been reported using the nanosized aqueous channels in the bicontinuous microemulsion as templates. few researchers discussed the formation mechanism of nanoparticles with different morphologies in microemulsion
然而，調研表明，用雙連續微乳液中納米級水溶液的通道（ 「隧道」 ）作模板合成納米管、納米線、納米須等的研究未見報道；有關微乳液中不同形貌納米粒子形成機理的探討較少。The clever wife put a layer of fat on top of the boiling broth, and prepared the rice noodles and other ingredients separately. the fat sealed the heat of the soup in, and the student could have his food as if it were just off the stove
聰明的老婆靈機一動，在滾燙的高湯上淋上一層油，並將米線等配料分開置放，油阻隔了空氣，高湯雖不冒煙卻熱得燙嘴，端到考生面前像剛煮好一樣新鮮，考生高中后，過橋米線的佳話也流傳至今。More recent studies show nanowires products with narrow dismeter distribution around 5 - 10mn and lengths ranging from several hundred nanometers to several micrometers can be obtained if the mixture solution of naoh and koh was replaced by koh solution. the nanowires were analyzed by a range of methods including powder x - ray diffraction ( xrd ), high resolution electron microscopy ( hrem ), selected area electron diffraction ( saed ), electron energy loss spectroscopy ( eels ), xrd and hrem image simulations. the structure of nanowires is determinded to be of the type of k2ti6oi3
利用x射線衍射（ xri ） ） 、高分辨電子顯微鏡（ hrtem ） 、選區電子衍射（ saed ） 、電子能量損失譜（ eels ）以及x射線衍射和高分辨像模擬等分析測試手段，初步分析了這種納米線的生長機理，探討了她的結構和光學性能，實驗結果顯示這種納米線具有kzti6o ; 3的結構，紫外一可見光吸收光譜顯示， kzti6ol3納米線禁帶寬度約為3 . 45ev 。This locomotives is so heavy and large. this locomotives were able to use only a major line
D52335號昭和19年11月汽車會社製造米原機?區配屬東海道本線使用The formation mechanism of cds nanowires was also discussed. only short cds nanorods with low aspect ratio were obtained in the case of only using ethylenediamine as the reaction medium
首次以聚乙烯醇（ pva ）為基體採用溶劑熱方法成功制備了cds納米線，表徵了其結構性能，並討論了其制備機理。Short fiber two - for - one twister acheves one turning two twisting ， ltsefficiency is higher than traditional machine in times. take - up volume increasing, no piecing in ten thousands meter, twisting quality highly improved
短纖加捻設備，實現一轉兩捻，效率比傳統捻線機成倍提高，卷裝容量增大，萬米無接頭，加捻質量大幅度提高。Short fiber two - for - one twister achieves one turning two twisting. lts efficiency ys higher than rtaditional ma - chine in times. take - up volume increasing, no piecing in ten thousands mdter, twisting quality highly improved
短纖加捻設備，實現一轉兩捻，效率比傳統捻線機成倍提高，卷裝容量增大，萬米無接頭，加捻質量大幅度提高。Mtrcl needs a further extended portion of 460 metres to allow the airport railway and tung chung line to operate at full design capacity
地鐵公司必須把掉頭隧道部分再延長460米，讓機場隧道與東涌線能以最高載客量運作。Nanowire chip design promises mobile phones with desktop memory capacity
納米線晶元設計有望使手機具有臺式機的存儲容量Tem and electron diffraction patterns show that there exist two major forms of nanowires possessing different morphologies and growth directions, which may indicate that different mechanisms predominate in the growth process
產物中主要包括兩種類型的si納米線，二者具有不同的形貌和結構特徵，因此它們遵從不同的生長機制。In order to study these questions, we researched three topics in this paper mainly : 1. we prepared zno nanowires using chemical vapor deposition ( cvd ) method based vapor - liquid - solid ( vls ) mechanism. our object was getting arrayed and controllable growth of zno nanowires through integrating the controllable ability of vls mechanism and merits of cvd and controlling the technique conditions of preparation
針對以上存在的問題，本文主要在以下三個方面進行了初步的探索: 1 .採用基於氣-液-固（ vls ）生長機理的化學氣相沉積（ cvd ）法制備zno納米線，結合vls機理對生長過程的控製作用以及cvd方法的優點，通過對催化劑、源溫度、生長溫度和反應氣氛等工藝條件的控制，得到納米線的陣列化生長。A simple route for the synthesis of unique 1d nanostructures, including brush - like gallium nitride nanostructure, oriented amorphous silicon nanowires and in @ sio2 nanocables, was developed on the basis of vls and sls mechanisms
藉由vls與sls機制，我們成功地合成出具有特殊方向性的刷狀氮化鎵奈米晶體、非晶相二氧化矽奈米線，及二氧化矽包覆銦之一維奈米結構。分享友人