PROTECTIVE DEVICE FOR PROPULSION PIT MOUTH IN METHOD OF PROPULSION CONSTRUCTION AND METHOD OF PROPULSION CONSTRUCTION USING SAID DEVICE

• 1. 一种固体推进剂粘弹性泊松比-应变率主曲线构造方法 [P] . 中国专利： CN109900561B . 2021.12.24
• 2. 一种固体推进剂粘弹性泊松比-应变率主曲线构造方法 [P] . 中国专利： CN109900561A . 2019-06-18
• 3. Aquifer base propulsion method of construction(KY-3 pipejacking and propulsion method) and devices that use simplicity freezing propulsion method of construction [P] . 韩国专利： KR100436879B1 . 2004-06-23

  机译： 含水层基础施工方法（KY-3顶管推进方法）及采用简易冻结施工方法的装置

• 4. Pipe laying device for propulsion laying up method and propulsion laying method using pipe indentation device for propulsion construction method [P] . JP2021050573A . 2021-04-01

  机译： 用于推进方法的推进方法和推进方法，采用管道压痕施工方法采用管道铺设装置

• 5. Aquifer base propulsion method of constructionKY-3 pipejacking and propulsion method and devices that use simplicity freezing propulsion method of construction [P] . 韩国专利： KR20020068989A . 2002-08-28

  机译： 施工含水层基础推进方法-3顶管推进方法及采用简易冻结施工方法的装置

• 1. Study on micronozzle flow and propulsion performance using DSMC and continuum methods [J] . Minghou, Liu, Xianfeng, 力学学报：英文版 . 2006,第005期
• 2. Study on micronozzle flow and propulsion performance using DSMC and continuum methods [J] . Minghon Liu, Xianfeng Zhang, Genxuan Zhang, 力学学报：英文版 . 2006,第005期
• 3. A modified method for the sizing of the plug-in hybrid electric vehicle propulsion devices [C] . Overington Shane, Rajakaruna Sumedha 21st Australasian Universities Power Engineering Conference . 2011
• 4. Low Current Surface Flashover for Initiation of Electric Propulsion Devices [D] . Dary, Omar G. 2017
• 5. Do-it-yourself methodology for calorimeter construction based in Arduino data acquisition device for introductory chemical laboratories [O] . William Vallejo, Carlos Diaz-Uribe, Catalina Fajardo 2020
• 6. Report drawn up on behalf of the Committee on Economic and Monetary Affairs on proposals from the Commission of the European Communities to the Council on the elimination of technical barriers to trade in particular, proposals for directives on the approximation of laws of theMember States relating to:safety belts and restraint systems and head restraints of seats of motorvehicles (Doe. 464/74);headlights for motor vehicles emitting an asymmetrical passing beam or adriving beam or both, and to incandescent electric lamps for suchheadlights (Doe. 452/74);side lights, rear lights and stop lights for motor vehicles and their trailers(Doe. 457/74);the rear registration-plate illuminating device of motor vehicles and theirtrailers (Doe. 450/74);towing hooks on motor vehicles (Doe. 462/74);the roll-over protection structures of wheeled agricultural or forestrytractors (Doe. 456/74);the type-approval of motorcycles (Doe. 463/74 );alcoholometers and hydrometers for alcohol and alcohol tables(Doe. 406/74);electromedical equipment and medical X-ray equipment operating at 10to 400 kV (Doe. 453/74);common provisions for constructional plant and equipment; themeasurement of the sound level of constructional plant and equipment;the permissible sound level for pneumatic concrete-breakers andjackhammers (Doe. 454/74); 'appliances using gaseous fuels, safety and control devices for theseappliances and methods for inspecting these appliances and appliancesusing gaseous fuels for the instantaneous production of hot water forsanitary purposes (Doe. 459/74). Working Documents 1974-1975, Document 517/74, 10 March 1975 [O] . 1975
• 7. Superconducting applications in propulsion systems. Magnetic insulation for plasma propulsion devices [R] . Gonzalez, Dora E., Karr, Gerald R. 1990

• 1. On the Optimal Modes of Controlled Transfer of Walking Propulsion Devices [J] . M.V.Miroshkina ,E.S.Briskin . 人工智能技术学报(英文) . 2021,第3期
• 2. A Study on the Mixed Use of Power Conversion Elements of Propulsion Control Devices in Railway Train [J] . Dongwon Lim ,Hanmin Lee ,Jinhan Lee . 能源与动力工程 . 2020,第002期
• 3. On Determining the Optimal Lifting Law of the Walking Propulsion Device Foot of an Underwater Robot from the Bottom [J] . Eugene S.Briskin ,Yaroslav V.Kalinin ,Liliya D.Smirnaya . 人工智能技术学报(英文) . 2021,第4期
• 4. 高性能电机装置在平流层飞艇电推进系统中的应用 [C] . Qian Er ,钱儿 ,Wang Hongwu . 第二届高分辨率对地观测学术年会 . 2013
• 5. 柴油机主推进动力装置船舶余热利用系统优化设计 [A] . 杨志勇 . 2004