反切

fǎn qiè
  • a traditional method of indicating the pronunciation of a Chinese character by using two other Chinese characters, the first having the same consonant as the given character and the second having the same vowel and tone (e;a traditional method of indicating the pronunciation of a Chinese character by using two other Chinese characters,the first having the same consonant as the given character and the second having the same vowel (with or without final nasal) and tone
反切反切
反切 [fǎn qiè]
  • [a traditional method of indicating the pronunciation of a Chinese character by using two other Chinese characters,the first having the same consonant as the given character and the second having the same vowel (with or without final nasal) and tone] 古汉语注音方法,用两个字注读另一个字,例如塑,桑故切(或桑故反)。被切字的声母跟反切上字相同(塑字声母跟桑字声母相同,都是s),被切字的韵母和字调跟反切下字相同(塑字的韵母的字调跟故相同,都是u韵母,都是去声)

反切[fǎn qiè]
  1. 该文认为合理的反切方式应该是无量纲准则数XJ为1左右时的配风工况。

    The paper suggests that it should be the optimum operating condition when the dimensionless number XJ is nearly equal to 1 .

  2. 一次风微反切技术对解决电站锅炉稳燃与结渣的矛盾,减小残余扭转,以及减少NOX的排放都有显著的效果。

    The technology of reverse tangential mode of primary air can effectively solve the conflict between the stable combustion and slagging of the boilers , reduce the residual torsion , and decrease the emission of NO_X .

  3. 利用燃烧数值模拟程序对一台670t/h四角切圆锅炉进行了三次风与OFA反切工况数值试验研究。

    With the 670 t / h corner tangential boiler serving an object of study , reverse-tangent cases at tertiary air and OFA ( Over flow air ) were performed by using combustion numerical simulation program .

  4. 大型锅炉二次风反切系统的数值研究

    Numerical Studies of Reverse Swirl of Secondary Air in Large Boilers

  5. 传承与创新:新疆山水画艺术的发展《类篇》对《集韵》反切注音的继承与革新

    Inherit and Innovation : the Development of Xinjiang Landscape Paintings

  6. 反切风技术减轻烟温偏差试验研究

    An Experimental Research on Reducing Flue Gas Temperature Deviation by Counter-tangential Air Technology

  7. 部分一次风反切;

    Part of primary air adopts Counter-tangential Air Technology .

  8. 这个反切注音,就是现在“茶”字的读音。

    This Fanqie phonetic , is now " tea " the word pronunciation .

  9. 珠江电厂四角切圆燃烧器的反切改造

    Reverse tangential retrofitting of burners used for corner tangential firing in Zhujiang Power Plant

  10. 同心反切燃烧器系统炉内多相流动特性试验及数值模拟

    Test and Numerical Simulation of Multiphase Dynamics in Utility Boiler with Concentric Firing System

  11. 反切风对锅炉冷态空气动力场影响的试验研究

    Influence of Reversed Tangential Air Admission to Aerodynamic Field in Boiler on Cold Test

  12. 二次风反切锅炉炉内气固多相流动特性数值模拟

    Numerical Simulation on Characteristics of Gas solid Multiphase Flow in Furnace with Reverse Secondary Air

  13. 一次风微反切对结渣和残余扭转的影响及其数值模拟

    Influence of reverse tangential mode of primary air on slagging and residual torsion and its numerical simulation

  14. 同心反切燃烧系统在400t/h煤粉炉上的应用

    Application of Concentric Counter - tangential Combustion System in 400t / h Pulverized Coal - fired Boilers

  15. 浓淡气固两相射流扩散规律研究和炉内防结渣技术一次风反切系统的数值模拟和多相流动特性分析

    Experimental Research on the Diffusion Characteristics of the Collisional Rich-lean Gas-solid Multiphase Jet Flow and Slagging Prevention Technology

  16. 辅助风反切方式在1175t/h锅炉再热器热偏差改造中的应用

    Application of Counter-tangential Auxiliary Air on Reheater Retrofit of a 1175 t / h Boiler Against Heat Deviation

  17. 同一个反切现象,运用不同的条例处理,就会得出不同的判断。

    With the same Fan-Qie phenomenon , taking different ordinances to deal with will inevitably lead to different judgement .

  18. 吴的《五声反切正均》是近代汉语语音史研究中不可忽视的一本书。

    Wusheng Fanqie Zhengyun written by WuLang is important to the study of the history of modem Chinese phonology .

  19. 三次风反切下二次风配风方式对水平烟道烟温偏差影响的试验研究

    Influence of secondary air distribution on the temperature deviation in the horizontal flue pass for a Tangential Fired Boiler

  20. 反切配风对大容量锅炉炉内流场特性影响的研究

    The Effect of an Reverse Tangential Air Distribution on the Flow Field Characteristics in a Large sized Boiler Furnace

  21. 最后,对改造后锅炉烟温偏差、壁温偏差及汽温偏差的情况进行测试,验证燃烧器反切改造的效果。

    Finally , calibrated the retrofit boiler on steam temperature deviation , wall temperature deviation and flue gas temperature deviation .

  22. 二次风反切对大容量切向燃烧锅炉烟气偏差影响的数值研究

    Numerical study on the effect of reverse swirl of secondary air on flue gas imbalance in Large Tangentially Fired Boiler

  23. 反切风对三维空间四角射流等温流场影响的数值研究立式旋风炉三次风口治理的研究

    Numerical Study of the Effect of Reverse Tangential Tertiary Air on the Isotherms of Three Administer of Vertical Cyclone-type Boiler Tertiary Air Orifice

  24. 陈澧首创反切系联法研究《广韵》的声韵系统,为中古音的研究做出了历史性的贡献。

    He initiated Fan-qie Xi-lian-fa to research pronunciations of characters in , and he did historic contribution to the study of ancient Chinese language .

  25. 角式喷燃、高长宽比炉膛中,切圆在流场中旋转,具有时均性、瞬时性、周期性和破碎性。燃烬风反切可有效降低出口速度偏差,从而降低出口烟温偏差。

    The circle of contact takes on time averaged , instantaneity , periodicity and crumbliness in flow field of angle burner high length-with ratio furnace .

  26. 3一次风反切的配风方式可有效降低炉内旋转动量流率矩的水平、明显削弱炉膛出口的残余旋转和减小水平烟道入口的速度偏差。

    Opposing tangential circle of primary air may effectively decrease moment of momentum flux in furnace and obviously alienate to residual rotation at exit of furnace .

  27. 采用同心反切燃烧系统取代前墙布置旋流燃烧器,有效地解决了莱芜电厂锅炉长期存在的结焦问题。

    The long-standing slagging problems of boilers in Laiwu Power Plant have been effectively solved by employing concentric counter-tangential combustion system to replace front wall arranged whirl burners .

  28. 通过调查,得出《大字典》以又音形式合并《广韵》的反切遵循释义相同的原则和语音相接近的作为主切的原则。

    Through the investigation , the big dictionary to tone and free form of follow the same reverse interpretation principle and voice close as the main cutting principle .

  29. 《篆隶万象名义》是日本沙门空海所撰的汉语中古字书,其一字多反切的现象有不同于一般韵书“又音”的特点,本文将其称之为“又切”。

    The phenomenon of one character having several fan-qie , which this thesis calls you-qie , has some special qualities being different from that of you-yin in yun-shu .

  30. 在发展一个三维计算程序的基础上研究了二次风反切对大容量切向燃烧锅炉烟气偏差的影响。

    This paper describes a three dimensional computer simulation developed to study the effects of the reverse swirl of secondary air on flue gas imbalance in tangentially fired boiler .