在线字典为您在线查询三厌的词典内容如下，包括三厌的拼音，读音，拼读；三厌的意思和详细释义，三厌的近反义词，三厌的英语翻译，用三厌这个词语怎么造句等内容。
三厌读音/繁体/五笔/英文翻译
| 拼音 | sān yàn | 读音 | 跟我读 |
|---|---|---|---|
| 繁体 | 三厭 | 类型 | 词语大全 |
| 五笔 | 此词无五笔连打 | 平音 | sanyan |
| 词性 | 中性 | 语法 | |
| 拼读 | 思(si1)安(an1)，三(san1)|衣(yi1)按(an4)，厌(yan4) | ||
| 英语翻译 | 于三十二身分厌恶作意patikula manasikara |
三厌是什么意思？
· 基本释义
道教谓三种不忍食的动物，即雁、狗、乌鱼。
· 详细释义
道教谓三种不忍食的动物，即雁、狗、乌鱼。
《西游记》第八回：“遂此领命归真，持斋把素，断絶了五荤三厌，专候那取经人。” 明 朱国祯 《涌幢小品·字义字起》：“俗语有五荤三厌之説，厌字殊不解。后读《孙真人歌》，谓天厌鴈，地厌狗，水厌乌鱼。鴈有夫妇之伦，狗有扈主之谊，乌鱼有君臣忠敬之心，故不忍食。”
· 网络释义
三厌是指道教谓三种不忍食的动物，即雁、狗、乌龟。
三厌的近反义词？
三厌近义词：抱歉，查无三厌的近义词
三厌反义词：抱歉，查无三厌的反义词
三厌词语接龙
（~三厌~）在开头的接龙：厌恶，厌世，厌烦，厌倦，厌弃，厌恨，厌胜，厌气，厌魅，厌饫，厌食，厌建，厌怠，厌鄙，厌憎，厌伏，厌降，厌歇，厌物，厌驼
（~三厌~）在结尾的接龙：讨厌，会厌，不厌，朱厌，憎厌，生厌，可厌，惹厌，威厌，烦厌，禳厌，怠厌，三厌，谦厌，足厌，属厌，天厌，百厌，盈厌，无厌
暂时无法为您进行三厌的词语顺序接龙!
用三厌怎么造句？
您好，暂未查询到三厌造句的内容。
英语里对这三类人都有了称呼：强势的父亲叫做“爸爸哥斯拉”，不想对儿子放手的妈妈叫做“妈妈哥斯拉”，而吹毛求疵惹人厌的准新娘就叫做“新娘哥斯拉”。
The English language now has words for all three of them: the pushy father is a 'dadzilla', the possessive mother a 'mumzilla', and any obnoxious bride-to-be is a 'bridezilla'.
在国外，卡钦斯基(Kaczynski)再三犯规，把一度受尊重的盟国变为笑料和讨人厌的国家。
Abroad, the Kaczynskis repeatedly misplayed their hand, making their country, once a respected ally, a laughing stock and a nuisance.
试验分别利用三种生物处理方法：好氧、厌氧及酵母菌处理方法对稠油废水进行了处理。
Three biological treatment methods have been investigated, including aerobic treatment, anaerobic treatment and yeasts treatment.
选取三种CBY型桨，对厌氧移动床生物膜反应器中采用的侧伸式搅拌装置进行了深入研究。
The side cantilever agitator of anaerobic moving bed bio-film reactor has been researched by using three different types of CBY agitator.
伴之以酒厂废水厌氧处理的可行性探讨，我们设计和试验了一种设有新型固、气、液三相分离器的UASB反应器。
A modified UASB system with a new type of gas-liquid-solid separator was investigated with regard to its feasibility for the anaerobic treatment of brewery waste.
补充碳源对厌氧生物处理2,4,6 -三氯酚的影响。
Influence of a Supplemental Carbon Source on AnaerobicBiological Treatment of 2, 4, 6tcp.
总结三年半来对住院患儿多种临床感染标本的厌氧培养，提高病原菌的检出率。
The pathogens of anaerobic culture of different kinds of clinical samples were detected from hospital children for three and a half years.
介绍了采用碱解氧化-厌氧滤池- SBR工艺处理三唑磷有机农药废水的设计、调试及运行情况。
The design, trail run and operation of a basic oxidation-anaerobic filter-SBR process treating organic phosphorus pesticide wastewater are presented.
采用静态模拟厌氧生物塘，应用高效液相色谱分析技术，研究了三种偶氮染料在厌氧塘中的去除净化效率、迁移转化过程及环境因素的影响。
The fate and the removal rate of three azo-dyes in a static simulating anaerobic pond were studied, as well as the factors effecting the fate.
采用厌氧流化床工艺处理三唑磷农药废水，必须降低原水中NH_3—N含量，调整营养比例。
When treating triamiphos waste water by anaerobic fluidized bed process the NH3-N content in raw waste water must be reduced and nutrition ratio be adjusted.
试验研究了一体式厌氧膜生物反应器中三种不同材质的膜pan、PES和PVDF膜过滤特性。
Three different material membranes-PAN, PES and PVDF were investigated in this integrated membrane coupled anaerobic bioreactor.
对城市污水处理厂污泥厌氧消化过程中不同浓度的硫酸盐对铜、锌、镍三种重金属化学形态变化所起的作用进行了分析研究。
The effect of sulphate with different concentration on the form variation of Cu, Zn and Ni during sludge anaerobic digestion was studied.
本文选取三种CBY型桨，对厌氧移动床生物膜反应器中采用的侧伸式搅拌装置进行了深入研究。
The action of a side cantilever agitator in an anaerobic moving bed bio-film reactor have been studied by using three different types of CBY agitator.
在树林里生出一个邪恶的、贪得无厌的火、骨头、动物和地球，三姐妹必须争夺活着通过空心漫长的黑夜。
As the woods give birth to an ungodly and insatiable creature of fire, bones, and earth, three sisters must scramble to stay alive through the long dark night of the Hollow.
第三，采用时序控制，形成厌氧、缺氧和好氧状态，实现除磷脱氮功能，运转灵活；
Third, control in time can performs the anaerobic, anoxic and aerobic conditions in a same compartment, and realizes or enhances biological nutrient removal.
三相分离器的设计是厌氧颗粒污泥膨胀床(EGSB)反应器成功运行的关键。
The design of the three-phase separator is the key to the successful running of an anaerobic granular-sludge expanded-bed (EGSB) reactor.
用先好氧后厌氧发酵、两步发酵和高固体浓度发酵三种方法对城市有机垃圾厌氧产甲烷进行了研究。
Research on technology of municipal solid waste incineration fly ash treatment and its utilization in cement production as resource materials;
要实现秸秆高效厌氧消化和工程应用，需要解决秸秆预处理技术、专用反应器研制和发酵工艺参数优化三个关键技术问题。
It is necessary to successfully develop pretreatment technology, design specific bioreactor, and determine optimal technological parameters before efficient biogasification of crop stalks is achieved.
要实现秸秆高效厌氧消化和工程应用，需要解决秸秆预处理技术、专用反应器研制和发酵工艺参数优化三个关键技术问题。
It is necessary to successfully develop pretreatment technology, design specific bioreactor, and determine optimal technological parameters before efficient biogasification of crop stalks is achieved.
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