docking structure 中文意思是什麼
docking structure
解釋
靠船建築物-
This factory main production & lt ; forest work tickets printed with number of workpoints & gt ; newest series comb tenoning machine ( mx4025 ), comb tenon docking machine, meets the wooden devices, refers meets machine ( the mh1520 - 1560 series ), not only our product contour artistic, structure reasonable, modelling compact, working efficiency high, merits and so on price actual benefit, moreover the practical value high ( meets wooden thickness to be big, joint jail ), the operation is simple, is the construction only then wooden waste material again use ideal lengthens by joining the equipment ; after the rubber the connection intensity is bigger than lumber itself, the cellophane tenacious embrittlement, the green environmental protection does not have corrodes, the waterproof performance is high, suits the construction site use specially
本廠主要生產最新型系列梳齒開榫機（ mx4025型） 、梳齒榫對接機、接木機、指接機（ mh1520 - 1560系列） ，我們的產品不僅外形美觀、結構合理、造型緊湊、工作效率高、價格實惠等優點，而且實用價值高（接木厚度大，接榫牢） 、操作簡便，是建築方木廢料再利用的理想接長設備；膠後接口強度大於木材本身，膠膜堅韌不脆裂，綠色環保無腐蝕，防水性能高，特別適合建築工地使用。 -
This factory main production & lt ; forest work tickets printed with number of workpoints & gt ; newest series comb tenoning machine, comb tenon docking machine, meets the wooden devices, refers meets machine, not only our product contour artistic, structure reasonable, modelling compact, working efficiency high, merits and so on price actual benefit, moreover the practical value high ( meets wooden thickness to be big, joint jail ), the operation is simple, is the construction only then wooden waste material again use ideal lengthens by joining the equipment ; after the rubber the connection intensity is bigger than lumber itself, the cellophane tenacious embrittlement, the green environmental protection does not have corrodes, the waterproof performance is high, suits the construction site use specially
本廠主要生產最新型系列梳齒開榫機、梳齒榫對接機、接木機、指接機，我們的產品不僅外形美觀、結構合理、造型緊湊、工作效率高、價格實惠等優點，而且實用價值高（接木厚度大，接榫牢） 、操作簡便，是建築方木廢料再利用的理想接長設備；膠後接口強度大於木材本身，膠膜堅韌不脆裂，綠色環保無腐蝕，防水性能高，特別適合建築工地使用。 -
This factory main production < forest work tickets printed with number of workpoints > newest series comb tenoning machine ( mx4025 ), comb tenon docking machine, meets the wooden devices, refers meets machine ( the mh1520 - 1560 series ), not only our product contour artistic, structure reasonable, modelling compact, working efficiency high, merits and so on price actual benefit, moreover the practical value high ( meets wooden thickness to be big, joint jail ), the operation is simple, is the construction only then wooden waste material again use ideal lengthens by joining the equipment ; after the rubber the connection intensity is bigger than lumber itself, the cellophane tenacious embrittlement, the green environmental protection does not have corrodes, the waterproof performance is high, suits the construction site use specially
本廠主要生產最新型系列梳齒開榫機（ mx4025型） 、梳齒榫對接機、接木機、指接機（ mh1520 - 1560系列） ，我們的產品不僅外形美觀、結構合理、造型緊湊、工作效率高、價格實惠等優點，而且實用價值高（接木厚度大，接榫牢） 、操作簡便，是建築方木廢料再利用的理想接長設備；膠後接口強度大於木材本身，膠膜堅韌不脆裂，綠色環保無腐蝕，防水性能高，特別適合建築工地使用。 -
This factory main production < forest work tickets printed with number of workpoints > newest series comb tenoning machine, comb tenon docking machine, meets the wooden devices, refers meets machine, not only our product contour artistic, structure reasonable, modelling compact, working efficiency high, merits and so on price actual benefit, moreover the practical value high ( meets wooden thickness to be big, joint jail ), the operation is simple, is the construction only then wooden waste material again use ideal lengthens by joining the equipment ; after the rubber the connection intensity is bigger than lumber itself, the cellophane tenacious embrittlement, the green environmental protection does not have corrodes, the waterproof performance is high, suits the construction site use specially
本廠主要生產最新型系列梳齒開榫機、梳齒榫對接機、接木機、指接機，我們的產品不僅外形美觀、結構合理、造型緊湊、工作效率高、價格實惠等優點，而且實用價值高（接木厚度大，接榫牢） 、操作簡便，是建築方木廢料再利用的理想接長設備；膠後接口強度大於木材本身，膠膜堅韌不脆裂，綠色環保無腐蝕，防水性能高，特別適合建築工地使用。 -
The results indicate that because of the improvement in two aspects mentioned above, the successful probability of the docking prediction is increased from unbound structures. for the case of enzyme trypsin - inhibitor appi, although the large conformational change occurs to the arg 15 side chain of appi upon complex formation, the native - like structure was still found and ranked first
其中，在胰蛋白酶appi復合物結構預測中，盡管抑制劑appi的15號殘基arg側鏈在復合物形成過程中發生了較大的構象變化，但其近天然結構仍然被找到了，並在打分中排在了第一位。 -
The main concept of this work includes the following aspects : ( 1 ) based on the soft - docking algorithm which is improved upon wodak and janin ' s protein - protein rigid docking algorithm, we took seventeen protein - protein complexes for examples to study the method how to select the near - native structure from docking conformations
本論文的主要研究內容如下： 1採用本組在wodak和janin的剛性對接演算法基礎上改進的半柔性對接演算法，以17種蛋白質-蛋白質復合物體系為例，我們研究了如何正確有效地從對接采樣中挑選出近天然構象的方法。 -
Installation of steel structures and cladding. fabricate and install docking, front wall steel structure. precast concrete and stressing work
安裝鋼結構及蓋面板、平臺和前墻結構建造安裝，混凝土預製件及張拉工程。 -
Automatic docking is one of the most important actions for msr robot ’ s self - reconfiguration and is one of the technologys about the robot researching, because it supports almost all practical advantages of such robot. in this thesis, automatic docking system and the module structure are first analyzed ; for searching the reason why the actual docking system run unsteadily, some validate and test thing are done, such as docking algorithm test, sensor unit test, drive unit test, and so on
自動對接是模塊化自重構機器人完成自重構的一個基本步驟，也是這種機器人研究的關鍵技術之一，是模塊化自重構機器人具有實際應用價值的基礎。本文對自動對接系統結構進行了分析，為尋找實際對接系統工作不穩定的原因，做了一些驗證與調試方面的工作，包括自動對接演算法正確性與有效性的驗證，串口電路設計，編寫實時跟隨對接模塊運動的程序以及傳感器建模程序等。 -
Rendezvous means that two or more spacecrafts meet in space on preconcerted site and time. docking indicates that two spacecrafts are connected each other in the mechanical structure after meeting in the space orbit
交會是指兩個或兩個以上的飛行器在空間軌道上按預定位置和時間相會，對接是指兩個飛行器在空間軌道上相會后在機械機構上連成一個整體。 -
One other thing of importance, is that virtual library screening ( what we do here ), based on structure is probably not accurate enough yet to differentiate between compounds that bound to different structures of the different versions of the protein that happen in nature, so the structure we use here is really as good as you can get anyhow with current computational chemistry docking
另外一件很重要的事情，虛擬實驗室（我們這里所作的）所基於的架構對于區分「現實中不同版本蛋白質的不同架構去組成的化合物」或許還不是那麼精確，所以我們現在這里用的架構的確是你可以用現在的化學計算「鑲嵌」方式所能得到的最好的了。
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