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gobs

美 [ɡɑːbz]英 [ɡɒbz]
  • n.大量;(粗鲁语)嘴;少许(黏湿的物质)
  • v.吐口水;啐唾液
  • gob的第三人称单数和复数
gobsgobs

gobs

频次

  • 1
    N-COUNT
    A person's gob is their mouth.

    Shut your gob.

    闭上你的嘴。

  • 2
    N-COUNT (黏性液体的)少许
    A gob of a thick, unpleasant liquid is a small amount of it.

    ...a gob of spit.

    一口唾沫

  • 3
    VERB 吐,啐(唾沫)
    If someone gobs, they spit .

    At a concert in Leeds, some punks gobbed at them and threw beer cans.

    在利兹举办的一场演唱会上,一些小流氓朝他们吐口水,扔啤酒罐。

  • 4
    N-COUNT 一块;一团
    A gob of something is a lump of it.

    ...a gob of ice.

    一块冰

  • 5
    N-PLURAL 大量
    Gobs of something means a lot of it.

    We're getting input from gobs of sources.

    我们从多方渠道得到信息。

noun

1
a large number or amount
made lots of new friends
she amassed stacks of newspapers
Synonym: tons dozens heaps lots piles scores stacks loads rafts slews wads oodles scads lashings

数据来源:WordNet

  1. This installment of Speaking UNIX looks at effective techniques to manage gobs of machines from the command line , starting with just a handful of systems and scaling upward .

    本期对话UNIX讨论从命令行有效地管理大量计算机的技术,先从少量系统开始,然后扩大规模。

  2. Gobs of spittle ran down his chin .

    一滴滴口水顺着他的下巴往下流。

  3. We 're getting input from gobs of sources .

    我们从多方渠道得到信息。

  4. The application of grouting method in foundation treatment project in gob

    灌浆法在采空区地基处理工程中的应用

  5. 3D seismic exploration technology for lower coal group in gob area

    煤矿采空区下组煤三维地震勘探技术

  6. Experimental Study and Numerical Analysis on Gas Dispersion Regularity in Gob

    采空区气体弥散规律的试验研究及数值分析

  7. Experimental Study on the Sand Injection System for Fire Prevention in Gob

    采空区注砂防灭火系统的实验研究

  8. Experimental Study of Environmental Impact and Control during Gob Filling with Coal Waste

    煤矸石井下填充的环境影响及控制实验研究

  9. Study on the relative coefficient of air leakage in the gob

    采空区紊流漏风相关系数的研究

  10. Numerical Simulation of Oxygen Concentration Distribution in Gob Areas Based on FLUENT

    基于FLUENT对采空区氧气浓度场的数值模拟

  11. Practice of gob - side entry at large height mining face

    大采高工作面下巷沿空留巷实践

  12. Evaluation and optimization of disposal methods for gob in underground mine

    地下矿山采空区处理方法的评价与优选

  13. Gob Strata Behaviors and the Law of Rock Control Technology

    沿空留巷矿压显现规律与围岩控制技术研究

  14. Comprehensive Assessment of Spontaneous Combustion of Gob Coal and Its Application

    采空区煤炭自燃综合评判及其应用

  15. Method to Predict Period of Spontaneous Combustion in Gob Area with Environment Monitoring System

    用环境监测系统预测采空区自燃时间的方法

  16. Analysis of Stored Water and Dewatering in Gob at Next Section

    下区段老空积水的分析查明与疏放

  17. Research on prospecting effect for gob area of coal mines

    煤矿采空区探测效果研究

  18. Filled body 's stress of gob - side entry retaining control

    沿空留巷中充填体的强度控制

  19. Research on Gas Field in Gob with Y-type Ventilation System by Numerical Simulation

    Y型通风方式下采空区瓦斯流场数值模拟研究

  20. Coal Roadway Support Technology under Cracked Combined Roof near Gob Area

    近距离采空区下破碎复合顶板煤巷支护技术

  21. Elementary Analysis of Surface Borehole Stability in Gob Area Methane Drainage

    地面采空区瓦斯抽放钻孔稳定性分析

  22. Exploration study of gob filling by ground penetrating radar and its application

    采空区充填物探地雷达识别技术研究及应用

  23. Survey and disposal design of coal gob area in Shanxi

    山西煤矿采空区勘察与处治设计

  24. Risk Evaluation of Oil and Gas Transmission Pipelines Engineering Above Gob Affecting Zone

    煤矿采空影响区油气管道的危险性评价

  25. Large flow hydrostatic plastic injection system in the coal gob fire Lane Application

    大流量静压注胶系统在沿空煤巷防火中的应用

  26. Fuzzy optimization method is an important tool for selecting the disposal method for gob .

    模糊优选法是合理选择复杂条件下的采空区处理方法的重要工具。

  27. Influence of Gob Shield Angle on Top Coal Recovery Ratio

    综放支架掩护梁角度对顶煤回收率的影响

  28. Stone and Gob Area Deduction in Mineral Resources and Reserves Estimation System

    传统矿产资源储量估算软件实现中的夹石及采空区快速扣除方法

  29. Catastrophic model of gob roof in strip mining and its stability analysis

    条带开采中采空区顶板突变模型及稳定性分析

  30. The second area is the high stress area located in both side of gob .

    第二个区域为采空区两侧的高应力区。