A device for the evaluation of these appear to be compensated and the like, in particular of from toto - appear justified

• 1. 一种通过关于所谓可控冷核聚变似乎合理的动力学的工业应用生产能量的方法及相关的设备和装置 [P] . 中国专利： CN1048625A . 1991-01-16
• 2. 主设备的时间补偿装置及方法、从设备的时间补偿装置及方法以及时间补偿系统 [P] . 中国专利： CN103718499B . 2016.01.13
• 3. A method for prevention the amendment of on the for the evaluation present from toto - appear justified on the part of the novel ends of the calibration entries in was intentional device for executing the method [P] . 德国专利： DE831463C . 1952-02-14

  机译： 一种防止对评估进行修改的方法，该方法是有意地执行该方法的，该修改在校准条目的新奇端方面是正当的。

• 4. From toto - justified schein and device for its evaluation. [P] . 德国专利： DE1604582U . 1950-04-06

  机译： 从toto-合理的工具和评估工具。

• 5. Device for fill in of appear justified, in particular from toto - appear justified. [P] . 德国专利： DE1675943U . 1954-05-06

  机译： 填写的设备看起来合理，尤其是从toto-看起来合理。

• 1. Prospective Evaluation of Outcomes of Mechanical Devices in Women with Symptomatic Pelvic Organ Prolapse in Ogbomoso, South-Western Nigeria [J] . Akintunde Olusegun Fehintola, Olufemi Timothy Awotunde, Olumuyiwa Ayotunde Ogunlaja, 妇产科期刊（英文） . 2021,第004期
• 2. An analytical model for evaluating the effect of voltage control devices to compensate PVs output power fluctuation [C] . Okada Naotaka, Takasaki Masahiro 2013 IEEE Grenoble Power Tech . 2013
• 3. Control Methods for Powered Assistive Devices for Individuals with Mobility Impairments: Compensating for Disrupted Physiological Control Loops. [D] . Ha, Kevin H. 2015
• 4. Novel devices for implant-based breast reconstruction: is the use of meshes to support the lower pole justified in terms of benefits? A review of the evidence [O] . Lorna Jane Cook, Tibor Kovacs 2018
• 5. Is Supplementation Justified to Compensate Pastoral Calves for Milk Restriction? [O] . D. Layne Coppock, Sandro Sovani 1999
• 6. Compensating-Stress InAs Quantum Wells for High-Performance Electronic Devices. [R] . Tu, C. W. 1990

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• 5. 电力节能设备调压型动态无功补偿设备及应用 [C] . 黄留欣 . 第六届电能质量高峰论坛 . 2012
• 6. 配变低压无功补偿设备状态监测与评估系统的开发研究 [A] . 陈维钏 . 2016