在线字典为您在线查询化声的词典内容如下,包括化声的拼音,读音,拼读;化声的意思和详细释义,化声的近反义词,化声的英语翻译,用化声这个词语怎么造句等内容。
化声读音/繁体/五笔/英文翻译
拼音 | huà shēng | 读音 | 跟我读 |
---|---|---|---|
繁体 | 化聲 | 类型 | 词语大全 |
五笔 | 此词无五笔连打 | 平音 | huasheng |
词性 | 中性 | 语法 | |
拼读 | 喝(he1)乌(wu1)啊(a4),化(hua4)|诗(shi1)鞥(eng1),声(sheng1) | ||
英语翻译 | 度母化声Voice from TARA |
化声是什么意思?
· 基本释义
1.指各种论辩是非的言论。
2.推行教化的声誉。
· 详细释义
指各种论辩是非的言论。
《庄子·齐物论》:“化声之相待,若其不相待。” 郭象 注:“是非之辩为化声。” 郭庆藩 集释引 郭嵩焘 曰:“言随物而变,谓之化声。” 南朝 宋 何承天 《又答宗居士书》:“徒为化声之辩,竟无明於真知。” 黄侃 《新方言·后序二》:“夫别国之语其緐,而化声之情多变。”
推行教化的声誉。
《后汉书·循吏传·任延》:“教导民夷,渐以礼仪,化声侔於 延 。”
化声的近反义词?
化声近义词:抱歉,查无化声的近义词
化声反义词:抱歉,查无化声的反义词
化声词语接龙
(~化声~)在开头的接龙:声乐,声明,声望,声母,声速,声学,声调,声响,声场,声控,声威,声势,声部,声讨,声源,声浪,声谱,声援,声称,声气
(~化声~)在结尾的接龙:笑声,回声,高声,男声,响声,喊声,掌声,歌声,无声,失声,蜚声,相声,变声,噪声,轻声,尾声,心声,上声,应声,厉声
暂时无法为您进行化声的词语顺序接龙!
用化声怎么造句?
您好,暂未查询到化声造句的内容。
我们习惯了钟的滴答声和车来人往的噪音,但这却是一种非常重要的学习形式,我们不妨试想一下无法进行习惯化的情形。
We get used to the ticking of a clock or to noise of traffic but it's actually a very important form of learning because imagine life without it.
人们对塞门娅男性化的外表、低沉的声音和长足进步的成绩有所猜疑,她上个月在柏林田径世锦赛上取得的胜利也被这些怀疑声掩盖了。
Semenya's victory at last month's World Championships in Berlin was overshadowed by speculation over her masculine appearance, deep voice and radically improved performance.
管理员只需声明不能继续使用指定的计算机,WebSphereExtendedDeployment虚拟化系统会自动适应这一声明。
The administrator simply declares that a given machine can no longer be used and the WebSphere Extended Deployment virtualization system ADAPTS automatically.
在十月廿一日会议结束当天,代表们发表七点声明,建议为推进礼仪本地化,各地教会在研究本地化葬礼时,应寻求社会学、文化人类学、音乐和神学界专家的协助。
To enhance these inculturation efforts, the forum recommended researching local traditions with the aid of experts in sociology, cultural anthropology, music and theology.
为了使旅客尽可能舒适,列车采用吸音、隔声等技术使标准操作的声音最小化。
In order to make travelers as comfortable as possible, the train utilizes shock absorption, as well as sound insulation to minimize the sounds of standard operation.
由于其驱动信号是可以由结构简单的叉指电极激发的声表面波,因而克服了一般的超声马达结构复杂,制造困难以及小型化困难等缺点。
Because its driving signal is surface acoustic wave, thus it overcomes the shortcomings of complex structure, difficult fabrication and miniaturization in normal ultrasonic motor.
本文介绍了一个战场目标声识别系统,并提出了解决关键技术与系统功能模块化设计的方案。
This paper introduces an acoustic identification system, puts forward a plan to solve key techniques and modular design of system functions.
以声表面波滤波器组为核心的信道化接收机,可以实现对雷达信号的宽频的信道化接收和100%的截获概率。
Channelized receiving of wide band radar signal and 100 percent of probability of intercept can be realized by channelized receiver based on SAW filter Banks.
声空化是声化学反应的主动力,对声化学产额的研究将能更好地利用声化学技术。
Sound cavitation is the driving force of sonochemical reactions. Investigation on sonochemical yield is useful in application of sonochemistry.
如果施振温度过低,熔融合金粘度就会增大,致使声空化和声流效应发挥不了应有的作用。
On the contrary, when melt temperature is too low, the melt viscidity becomes intensive, so cavitation and acoustic streaming are in no effect.
因其具有此优点,近场声全息技术迅速地成为一种声源识别和声场可视化的强有力工具。
Because of such special features, the NAH technique becomes one of the most powerful tools to identify sound sources and visualize sound field.
并从超声的机械振动效应、声空化效应等方面分析了声化学的作用机理。
The mechanism of sonochemical actions were discussed in view of mechanical fluctuation and cavitation effect of ultrasound.
如何求解声传递函数成为实现小尺度封闭空间可听化的关键技术。
How to calculate sound transfer function (STF) is the key technology of auralization in small enclosure.
声空化所引发的特殊的物理、化学环境为制备高效发光的多孔硅薄膜提供了一条重要的途径。
The special physicochemical environment caused by sonic-vacating provides an important outlet for the preparation of highly efficient luminescent porous silicon films.
西周金文字素表声功能的构字量很低,在汉字形声化过程中,声符数量的增长是形声字增长的主要手段。
The ability of phonetic complements forming characters is low, so in Chinese characters, phonetic complements expanding is the main method to expand the pictograph-phonetic combined characters.
如何求解封闭空间中声源点到接收点的低频声传递函数已成为目前小尺度封闭空间可听化技术研究的关键问题。
How to computing low frequency sound transfer function from source to receiver in enclosed room has become key problem in small enclosed room auralization.
在超声波声化条件下,研究确定的低浓度酸性除油除锈清洗介质可在较低温度下,快速有效地去除钢丝表面的油污、铁锈和磷化膜;
The acidic medium could remove oil and rust at relatively low temperatures and in a short time due to the synergistic effect of ultrasonic and chemistry.
电视新闻是以画面、同期声、解说词为主要构成部分的多样化表现艺术。
TV news is the diversified displaying work of art, which is mainly composed by TV screen, paralanguage and commentary.
接着本文还介绍了关于声空化的基本知识和理论,总结了前人的研究声空化强度的测量的方法。
Then this article also introduces the acoustic the basic knowledge and theory on cavitation, and sums up the previous measurement methods of acoustic cavitation intensity.
这种“阴声阳化”现象在今天安徽方言里尚有遗迹。
This system has a peculiar phenomenon: Yin rhyme becoming Yang rhyme.
声表面波传感器可以实现无源化并进行无线测量,从而可以应用于转轴的扭矩测量。
SAW sensors require no power supply and can be used for wireless measurement, so SAW sensors can be placed on rotating shaft to measure the torque.
针对含磷毒气快速检测问题,以自制的杂化酞菁钯-聚苯胺为敏感膜材料,设计了一种双信道声表面波(SAW)传感器。
Aimed at the problem of quickly detecting phosphorus-containing toxic gas, we used home-made hybrid PdPc-PANI as the material for sensitive film and designed a binary channel SAW sensor.
根据电阻产生的物理机制即电子声子相互作用提出了RLC电路量子化的一种新方法。
According to the physical mechanism of the generation of the resistance or the electron phonon interaction, a new method is proposed to quantize the RLC electric circuit.
而在SB3200型超声波清洗器中,声空化仅需10分钟,并且催化活性也相对提高。
When it was treated in SB3200-type ultrasonic cleaner, only 10 minutes would be needed.
阐述了CBBFJ型金属化聚丙烯膜交流电容器交流声产生的根源,深入分析了其形成机理,并探讨了有效的解决途径。
Expound the source of generating ac noise of CBBFJ metallized film capacitor. Analyze the mechanism. Probe into the effective measures.
本文运用约化摄动法分别研究了冷尘埃等离子体、热尘埃等离子体、磁化尘埃等离子体和尘埃等离子体晶体中的尘埃声孤波现象,着重考虑尘埃颗粒大小分布对尘埃声波的影响。
In this paper, the effect of dust size distribution for the dust acoustic solitary wave (DASW) in the cold dusty plasma, the hot dusty plasma, the magnetized dusty plasmas and the dusty pl.
探讨超声波空化现象及声流作用对铸轧铝板带组织细化作用的机制。指出目前超声波铝铸轧过程中存在的问题。
The mechanism of grain refinement during cast-rolling process with ultrasonic treatment is discussed, and the presented problems are pointed out.
然后,本文应用数值模拟计算的方法研究了声空化优化的机理。
Then, this paper, study the mechanism of optimizing the acoustic cavitation theoretical which numerical calculation method.
然后,本文应用数值模拟计算的方法研究了声空化优化的机理。
Then, this paper, study the mechanism of optimizing the acoustic cavitation theoretical which numerical calculation method.
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