注射量的英文

• injection capacity

• "注射"英文翻译    injection; inject; get a sho ...
• "量"英文翻译    measure capacity
• "肌内注射量" 英文翻译 :    intramuscular dosing
• "腹腔内注射量" 英文翻译 :    intraperitoneal dosing
• "发射量" 英文翻译 :    emission measure; emittance
• "放射量" 英文翻译 :    quantity of radiation; radiation quantity
• "辐射量" 英文翻译 :    radiant quantity; radiation quantity
• "喷射量" 英文翻译 :    emitted dose
• "曝射量" 英文翻译 :    exposure
• "衍射量" 英文翻译 :    diffraction corons
• "照射量" 英文翻译 :    exposure dose; irradiation dose
• "注射" 英文翻译 :    injection; inject; get a shot 皮下注射 hypodermic injection; 脊椎注射 spine injection; 在某人臀部注射一针 give sb. an injection in the buttock; 医生把葡萄糖注射入病人的静脉。 the doctor injects glucose into the patient's vein.; 注射泵 injection pump; 注射管 injection-tube; 注射剂 injection; 注射口 injection port; 注射器 [医学] hypodermic syringe; syringe; injector; 注射枪 filling gun; 注射压力 injection pressure; 注射液 injecta; 注射针头 needle
• "电离辐射量" 英文翻译 :    ionizing radiation dose
• "放射量测定" 英文翻译 :    dosimetry
• "放射量计" 英文翻译 :    dos meter; dosage meter; dosimeter radiation meter; radiometer
• "放射量率" 英文翻译 :    dose rate; maximum permissible constant dose-rate
• "放射量热法" 英文翻译 :    radiometric calorimetry; thermoradiometry
• "放射量学" 英文翻译 :    radiometry
• "辐射量测量" 英文翻译 :    radiant quantity measurement
• "辐射量度" 英文翻译 :    emission measure
• "辐射量分析" 英文翻译 :    radiometric analysis
• "辐射量计" 英文翻译 :    radiation dosimeter
• "辐射量热计" 英文翻译 :    bolometer; bolometre; radiation calorimeter
• "辐射量热器" 英文翻译 :    radiation calorimeter
• "辐射量子" 英文翻译 :    photon; quanta of radiation

• However , this method means that if patients are re - infected with hepatitis b , they need another injection
  不过,这种方法意味着如果患者重新感染乙肝病毒,他们需要注射量外一次 '分子剪刀 '
• Its main products comprise more than 30 types of plasts injection moulding machines with clamoing forces from 50 to 5000 electric tons ( injection capacity from 100g to 2500g )
  主要产品是锁模力从50吨到500吨，注射量从100克到2500克三十余种规格的塑料注射成型机。
• On the basis of the characteristics of the cell micro - images , three image processing methods are used separately in cell images " quick recognition and feature ' s snapping to get the fast detection of the injection volume by vision
  本文根据微注射显微图像的特点，利用三种图像处理法，分别对细胞图像进行目标快速识别及特征提取，以实现微注射量的视觉快速检测。
• There are some shortcomings in the microinjection whose volume is controlled by manual , such as less effective , less precise and more sensitive to artificial factors , etc . all these keep the microinjection operation from being more popular and applicable
  采用手动方式进行微注射量控制，存在效率低、准确性差以及受人为因素影响较大等不足，限制了这项技术的推广及应用。
• At present some volume controllers with high - qualities which can argely decrease the manual work of the microinjection volume control are put up with by several international biological companies . with the new devices , microinjection is turned into a half - automatic one . however , these devices are too expensive to many domestic research associations and societies of the gene engineering
  目前国外各大生物仪器制造公司纷纷推出了性能较为先进的微注射量控制器，使注射量控制中的手工劳动的程度大大降低，实现了向半自动化控制的转化，但这些设备高昂的价格往往让国内的许多从事基因工程的单位和机构难以接受。
• Planning and designing a microinjection controller on its structure , parameters and circuit tolerance analysis , etc . aspects . based on the primitive electrical microinjection volume controller driven by air - pressure , an improved one with the pressure - keeping function is fabricated . the new controller prevents the dna - fluid from drawing - back by providing a keeping - pressure to it before or after the microinjection
  ( 2 )对微注射量控制器进行了系统、参数及容差等方面的方案设计，并在原有的基础上进行了改进，构建了带保压装置的气压电控式微注射量控制器，克服了原控制器在注射前或完成后易产生的dna液倒吸现象。
• On the purpose of catching up with the advanced level of the world , and developing microinjection devices of ourselves to promote the chinese gene engineering , this paper is dedicated to the design and fabrication of the microinjection volume controller and the research on the detection of microinjection volume by micro - vision , based on looking into the advanced products mentioned above and researches on the dynamical characteristics of the dna micro - fluid from both theoretical and experimental aspects
  为了追赶世界先进水平，同时也为了开发具有中国特色的显微注射设备，以推动我国基因工程的发展，本论文在深入调查了解国外先进产品，以及从理论及实验方面对dna微流体的动力学特性进行研究的基础上，致力于微注射量控制器的设计与研制，以及显微视觉检测技术的研究，以便对其进行更有效、更精确的定量控制。
• Has four main workshops for castings processing , steel parts processing , installation and debugging and spray painting . the company mainly produces plastic injection molding machines in more than ten specifications and models with injectioncapacity of45 - 2 , 500g and mold clamping force of 500 - 5 , 000kn . the major parts such as electric equipment as well as hydraulic and sealing parts all employ advanced imported products , which have greatiy improved the precision and stability of the plastic machines
  设有铸件加工钢件加工安装调试喷漆四大车间，主要生产注射量45 - 2500g ，合模力500 - 5000kn共十几种规格型号的塑料注射成型机电器液压和密封件等主要部件均采用先进的进口件，使
• In this dissertation , i demonstrate a new designation scheme of its electric - controlling system based on the domestic products of this kind . i used dc servomotor and the pwm motor - timing scheme to control the rotational speed of the motor in order to improve the performance of the microinjection instrument and control the injection amount precisely
  本文在国内现有产品的基础上，针对上述缺点，提出一种新的电控系统设计方案，即选用直流伺服电机并采用pwm电机调速方案进行电机转速控制，以提高医用输液采的工作性能，实现注射量的精确和稳定控制。
• Several research works are done in this paper according to the topics mentioned above : 1 . looking up a lot of documents and materials about the microinjection technique , devices and the controlling technology of micro - fluid from outside and inside the country . based on the theoretical researches about the dna micro - fluid ' s dynamical characteristics , the controlling model of the microinjection volume is set up , and the experimental research on it is also done
  围绕上述内容，本文进行了以下几方面的研究工作： ( 1 )查阅并分析了国内外大量的转基因微注射技术及操作设备和微流体控制方面的文献，在对dna微流体的动力学特性理论研究的基础上，进行了微注射量的理论建模及实验研究。