材料利用率的英文

• material utilization
• ratio to material used
• stock utilization
• yield ratio

• "材料"英文翻译    material
• "利用率"英文翻译    availability; coefficient of ...
• "原材料利用率" 英文翻译 :    raw material utilization; utilization rate of raw materials
• "工序材料利用率" 英文翻译 :    percentage of process yield
• "肥料利用率" 英文翻译 :    utilization rate of fertilizer
• "燃料利用率" 英文翻译 :    fuel utilization; fuel-utilization
• "饲料利用率" 英文翻译 :    efficiency of feed utilization
• "下料利用率" 英文翻译 :    utilization rate for the semiprocessed materials
• "额定燃料利用率" 英文翻译 :    rated fuel usage
• "汽车燃料利用率" 英文翻译 :    vehicle fuel utilization factor
• "饵料利用度" 英文翻译 :    availability of food
• "废料利用" 英文翻译 :    reclamation of material; salvage; utilization of debris; utilization of waste material; waste utilization
• "燃料利用" 英文翻译 :    fuel utilization
• "饲料利用" 英文翻译 :    feed conversion; food utilization
• "饲料利用性" 英文翻译 :    feed utilization
• "送料利用性" 英文翻译 :    feed utilizing ability
• "资料利用站" 英文翻译 :    data utilization station; dus
• "利用率" 英文翻译 :    [物理学] availability; coefficient of utilization; operating factor; output coefficient; use factor; utilization ratio
• "利用率；使用率" 英文翻译 :    utilization rate
• "使用率，利用率" 英文翻译 :    utilization rate
• "最短交通法与本地材料利用" 英文翻译 :    minimal transportation approaches and use of indigenous materials
• "废料利用车间" 英文翻译 :    salvage department; salvaging department
• "燃料利用系数" 英文翻译 :    factor of fuel utilzation; fuel utilization factor; fuel-utilization factor
• "燃料利用因数" 英文翻译 :    fuel-utilization factor
• "饲料利用效率" 英文翻译 :    food utilization efficiency

• The winding can be mechanized convolute arrond the stator core
  同时没有冲剪下脚料产生,提高了定子硅钢片材料利用率。
• How to find the method to increase the material utility ratio as much as possible is one of key technical methods to meet the requirement of decreasing product cost
  发电设备制造下料优化排样是提高材料利用率和降低生产成本的有效途径。
• Trapezoid very similar design suitable for a multipolar structure , not only reduced the permanent magnetism suggests the step away from the electrical kok , and high utilization of materials ; 3
  2 .梯形爪极设计适合于多极结构，不仅减小了永磁步进电机的步距角，而且材料利用率高
• Experiments show that in the system , step - by - step control is realized , the utilization rate of materials is gained . this model lays the basis for developing the better coiler
  实验证明，该控制系统能实现带头的自动步进回避，提高材料利用率，为研制高水平热轧卷取机奠定基础。
• Use equipment can simplify production technology , raise work efficiency , overall material utilization factor has high precision and good strength high , enterprise economic benefits are notable
  使用本设备能简化生产工艺，提高工效，材料利用率高，精度高，强度好，企业经济效益显著。
• In a word , on the basis of assure the mechanical property of products , enhance the effective utilize of materials , reduce the quantitis of machining and cost is the highest aim of forging
  总之,在保证产品机械性能的基础上，提高材料利用率、减少加工量，降低成本是锻造生产的最高追求。
• Abstract : the hot spinnig process of forming high pressure c ylinder which using home - made numerical control machine , is introduced . this proc ess has the advantage of the higher material utilization and production officien cy
  文摘:介绍用国产数控机床加工高压贮气瓶的热旋压成形新工艺，对国内气瓶生产提出了1种具有较高材料利用率，较高生产效率的数控化加工方法。
• Based on the analysis of the features , key procedure and research tendency of various algorithms for cutting stock problem , this paper proposes that the increasing of material utility ratio can not be reached by solving cutting stock problem only . a integrated solution should be resolved from both management and application optimization technology in view of system engineering
  通过分析各排样算法的特点、关键步骤与研究趋势，本文从系统工程的观点出发，指出提高材料利用率不仅仅只是一个排样问题的求解，而是要从下料生产管理和优化技术方法两个方面同时入手，建立完整的解决方案。
• Today , cast - in - situ piles are more widely used in deep foundation engineering because of their many advantages , such as better adaptability to various ground condition , providing enormous bearing capacity by a single pile and smaller dosage of reinforcing steel bar . but , their own disadvantages , such as sediment under tip , clay slurry around pile , friction and tip resistance disagreement and initial ground stress freeing , limited their bearing capacity , lowered the utilization ratio of material and increased the settlement
  灌注桩，因其对地层适应性强、能提供较大的单桩承载力、钢筋用量少等优点，在目前深基础工程中得到了极为广泛的应用。但是，灌注桩的固有缺陷，诸如孔底虚土；孔壁泥浆；端阻、侧阻发挥不同步；钻孔后原地应力释放等，限制了其承载力的发挥，使得材料利用率不高，沉降较大。

• 材料利用率的日语：ざいりょうりようりつ ざいりょうほどまり