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　　mono这一看似简单的英文单词，但是它表达的意思是什么呢?下文是烟花美文网小编为大家搜集整理的英文单词mono表达的中文意思及相关例句，欢迎大家阅读参考!

　　英文单词mono表达的中文意思

　　英 [ˈmɒnəʊ]　美 [ˈmɑ:noʊ]

　　形容词 单声道的

　　网络解释

　　1. 单音：开新文件案(New)打开新的录音文件,并设置录制格式的取样频率(Sampling rate)、取样宽度(Sampling bit)与 单音(Mono)或立体声(Stereo). 4. 录音(Rec) 开始录制文件. 5. 停止(Stop) 停止录制或播放动作. 6. 播放(Play) 播放录制文件.

　　2. 單一：它将连续生成左右眼图像,观看者带上被动Infitec眼镜,无需头部固定,就可观看立体图像. 由于集成的主动Infitec+滤光器能够被关闭,所以同一台投影机也可以用于标准主动立体投影(这种立体投影需要同步快门眼镜)以及单一(mono)投影.

　　3. mono：monophonic; 单声道的

　　英文单词mono的单语例句

　　1. Instrumentalists Mono also offer an intriguing set, not least because every member seems to play the glockenspiel.

　　2. Barcelona argued in their player's defense that Busquets had not used the word " mono ".

　　3. In it he expounds his theory of mono no aware through a literary criticism of classic Japanese works such as The Tale of Genji.

　　英文单词mono的双语例句

　　1. A resistor to VDD and a capacitor to ground from the MONO IN terminal enables the one-shot circuit and controls its pulse width.

　　一个到VDD的电阻和在终端单声道到地电容使一杆电路和控制其脉冲宽度。

　　2. Grounding of the MONO IN terminal through a resistor of 10K or higher, disa- bles the one-shot circuit and connects the decoder directly to the DECODE OUT terminal.

　　在终端单声道的接地通过一个10kΩ的电阻或更高，迪萨-统计局的一杆电路和解码器直接连接到输出端解码。

　　3. In addition, the invention further relates to a catalyzer combination used for polymerizing a conjugated dialkene monomer and the anions of an optional mono-vinyl aromatic hydrocarbon into a polydiene polymer having high and medium vinyl content. The catalyzer combination comprises an organolithium compound used as an anionic polymerization initiator, at least an alkali metal alkoxide compound expressed by the formula as a structure regulator.

　　此外，本发明还涉及一种用于将共轭二烯烃单体和任选的单乙烯基芳烃阴离子聚合成具有中高乙烯基含量的聚二烯聚合物的催化剂组合物，其包含作为阴离子聚合引发剂的有机锂化合物，和作为结构调节剂的至少一种式所示的碱金属醇盐化合物。

　　4. Inhibitory effect is one of the important factors causing the problem in continual watermelon mono-cropping system.

　　自毒作用是导致西瓜连作障碍的重要因素之一。

　　5. Tonybee once said, According to my assumption, when human beings develop into a mono society, it is when the world will be unified as one.

　　英国历史学家汤恩比博士说：『依我的设想，全人类发展到形成单一社会之时，可能就是实现世界统一之日。

　　6. The well-known British historian, Dr. Arnold J. Tonybee once said, According to my assumption, when human beings develop into a mono society, it is when the world will be unified as one.

　　英國歷史學家湯恩比博士說：『依我的設想，全人類發展到形成單一社會之時，可能就是實現世界統一之日。

　　7. Based on the results of experiments, simulation and FEM calculation, the following are found: The values of mechanical properties measured in tensile tests are lower than those measured in compression tests. The inferior properties presented in tensile tests are caused by the damages of material, which are produced at much lower applied loads before yielding and resulted in more microcracks. Many micro-cracks initiate in the elastic condition, which shows the driving force initiating a cleavage crack is the tensile stress rather than the shear stress or the plastic strain. The interlamellar strength is lower than the translamellar strength, and even lower than the yield strength. The tensile properties of duplex microstructures are higher than that of fully lamellar, on the contrary, the fracture toughness of duplex microstructure are lower than that of fully lamellar, which is related to the grain sizes in a way. The intergranular fracture and finer interlamellar fracture are the dominant fracture mechanisms in the duplex microstructure materials, the fully lamellar microstructure materials resulted in more translamellar fracture. The fatigue fracture surface and mono-bending fracture surface presents almost the same mode. The cracks extend directly from a notch or a precrack controlled by the tensile stress. The superblunting, burification and deviating from direction of tensile stress of the crack-tip fronting an obstacle are the main toughening mechanism.

　　在这些实验与模拟计算的基础上，我们初步分析了TiAl基合金室温断裂机理，得到了以下几个方面的结论：这种材料的拉伸与压缩性能存在很大差异，拉伸性能远低于压缩性能，在拉伸时测得比较差的性能是由于材料在很小载荷拉伸时产生微裂纹，导致了材料的损伤;大量微裂纹产生于弹性阶段，其驱动力是拉伸应力，而不是剪切应力或者塑性应变;沿层强度低于穿层强度，甚至低于屈服强度;双态组织的拉伸性能高于全层组织，而双态组织的断裂韧性低于全层组织，这与晶粒尺寸的大小有一定的关系;双态组织的断裂形态表现出更多的沿晶粒边界断裂和小沿层面断裂，而全层组织中表现出更多的穿层断裂;疲劳裂纹的断裂形态与加载过程中产生的裂纹断裂形态没有本质差别，加载过程中产生的裂纹是疲劳裂纹的延续，是逐渐扩展的过程;无论缺口试件，裂纹试件还是光滑试件，都是逐渐扩展的过程，所以解理断裂为扩展控制，控制的因素为拉伸应力;裂纹扩展时遇到取向不利的经历而引起裂纹尖端的超钝化，分叉，方向偏移是其主要的韧化机理，在裂纹很短时表现出上升的阻力曲线。

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