22课在沙漠中心 的课后次有哪些课后词

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22课在沙漠中心 的课后次有哪些课后词

22课在沙漠中心 的课后次有哪些课后词
22课在沙漠中心 的课后次有哪些
课后词

22课在沙漠中心 的课后次有哪些课后词
gè):咽部有异物感,吞咽时感觉食道有痛感,每咽一下感觉不牢靠,像在半空中进行,低头时咽部有硌一下的感觉.喘气喘不开,腹部累.吃食物时易噎在咽部,口腔不能控制
噎(yē):喘气喘不开,腹部累,吃食物时易噎在咽部,口腔不能控制食物,吞咽不顺利.
辐(fú)射(shè):自然现象 定义 自然界中的一切物体,只要温度在绝对温度零度以上,都以电磁波的形式时刻不停地向外传送热量,这种传送能量的方式称为辐射
筛糠(shāikāng):就是吓得直哆嗦的意思.人紧张时确实会身不由住的颤抖
遮蔽(zhēbì):使变暗;使阴郁
幻影(huànyǐng):幻像
疲倦(píjuàn):极度疲劳
协奏(xiézòu):乐队的协奏的声乐协奏曲
躯壳(qūqiào):指有形的身体;肉体(对精神而言)
脐带(qídài):哺乳类的连接胎儿和胎盘的管状结构
犁铧(líhuá)::犁头
真谛(zhēndì):真实的道理或意义
卷土重来(juǎntǔchónglái):比喻失败后组织力量重新猛扑过来
芸芸众生(yúnyúnzhòngshēng):芸芸:众多的样子.众生:佛教指一切有生命的东西.泛指一切生物(多指普通人).

你是不是打错字了

是课后词,各位

课后次? 什么意思看不懂呀,麻烦楼主补充一下 说清楚。哦明白了
搁浅:
船进入水浅处无法航行。《儒林外史》第四三回:“盐船搁浅了,我们快帮他去起拨!” 逯斐 《解冻以后》:“船在这儿搁浅了,自己不能在预定的日子赶到矿山,耽误了开学怎么办呢?”
2.比喻事情遭到阻碍而中途停顿。 吴晗 《三百年前的历史教训》:“只是天不如人意,这些计划,都因南都倾覆而搁浅。” 茅盾 《子...

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课后次? 什么意思看不懂呀,麻烦楼主补充一下 说清楚。哦明白了
搁浅:
船进入水浅处无法航行。《儒林外史》第四三回:“盐船搁浅了,我们快帮他去起拨!” 逯斐 《解冻以后》:“船在这儿搁浅了,自己不能在预定的日子赶到矿山,耽误了开学怎么办呢?”
2.比喻事情遭到阻碍而中途停顿。 吴晗 《三百年前的历史教训》:“只是天不如人意,这些计划,都因南都倾覆而搁浅。” 茅盾 《子夜》八:“然而最可恶的是她现在要用的辞句,先生都没教过,英文读本上也找不到;她写了半行就搁浅了。”
斫痕:
斫痕:用刀斧砍的痕迹
冻饿之虞:
不用担心受冻受饿。虞:忧虑。
知足安命:
满足于已经得到的(指生活、愿望等)。

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硌 噎 辐射 筛糠 遮蔽
幻影
疲倦
协奏
躯壳
脐带
犁铧
真谛
卷土重来
芸芸众生

硌 噎 辐射 筛糠 遮蔽 幻影 疲倦 协奏 躯壳 脐带 犁铧 真谛 卷土重来 芸芸众生 死得其所

入水浅处无法航行。《儒林外史》第四三回:“盐船搁浅了,我们快帮他去起拨!” 逯斐 《解冻以后》:“船在这儿搁浅了,自己不能在预定的日子赶到矿山,耽误了开学怎么办呢?”
2.比喻事情遭到阻碍而中途停顿。 吴晗 《三百年前的历史教训》:“只是天不如人意,这些计划,都因南都倾覆而搁浅。” 茅盾 《子夜》八:“然而最可恶的是她现在要用的辞句,先生都没教过,英文读本上也找不到;她写了半行就搁浅了。...

全部展开

入水浅处无法航行。《儒林外史》第四三回:“盐船搁浅了,我们快帮他去起拨!” 逯斐 《解冻以后》:“船在这儿搁浅了,自己不能在预定的日子赶到矿山,耽误了开学怎么办呢?”
2.比喻事情遭到阻碍而中途停顿。 吴晗 《三百年前的历史教训》:“只是天不如人意,这些计划,都因南都倾覆而搁浅。” 茅盾 《子夜》八:“然而最可恶的是她现在要用的辞句,先生都没教过,英文读本上也找不到;她写了半行就搁浅了。”
斫痕:
斫痕:用刀斧砍的痕迹
冻饿之虞:
不用担心受冻受饿。虞:忧虑。
知足安命:
满足于已经得到的(指生活、愿望等)。
回答者:yinianbd - 试用期 一级 5-20 07:59
硌 噎 辐射 筛糠 遮蔽
幻影
疲倦
协奏
躯壳
脐带
犁铧
真谛
卷土重来
芸芸众生
回答者:蓝枫叶lfy - 见习魔法师 二级 5-22 12:39
硌 噎 辐射 筛糠 遮蔽 幻影 疲倦 协奏 躯壳 脐带 犁铧 真谛 卷土重来 芸芸众生 死得其所
参考资料:语文书
回答者:小王安石 - 初学弟子 一级 5-22 13:09
The accumulator cell is worldwise used chemistry power source.This
product has the good invertibility, the voltage characteristic is
steady, the service life is long, the applicable scope is broad, raw
material is rich and construction cost inexpensive
and so on merits.Widely applies in the transportation, the
correspondence, the electric power, the railroad, the mine, national
economy each departments and so on harbor, is in the social product
operative activity the essential product.
The present commonly used accumulator cell mainly has four kinds:
Lead-acid battery (PbSO4), lithium ion battery (Li+), nichrome
battery (NiCd) and nickel hydrogen battery (NiMH).
Because of the environmental problems and the higher request of the
battery,which promoted the development of new battery technology.
The accumulator cell needs to charge frequently and battery charger's
performance immediate influence accumulator cell's service life.
Because lithium ion battery, nichrome battery and nickel hydrogen
battery and so on have the advantages as small volume,light weight and
thus become the main power source of cellphones,PDA,lap-top,etc.
In present market there are various battery chargers aiming at this
kind of battery.
While lead-acid battery is mainly used as automobile power,but the
traditional lead-acid battery charger has some problems such as:
the duration of charging is long, the volume is big and cannot carry on
the automatic control according to accumulator cell's characteristic
and is generally fixed.
This article designs one ,in view of lead-acid battery,
intellectualized battery charger,which through the trickling charge,
the big electric current charge, the surcharge and floats the charge
way which the charge combines,to achieves the best effect.
Simultaneously, the intelligent battery charger which controls based
on the monolithic integrated circuit has following advantages:
the electric circuit is simple and reliable, the parameter adjustment
is convenient, has the duration of charging to be short, the energy
consumption is low,low operational failure and so on.
This battery charger's efficiency is high, the control time is short, its good charge characteristic, enables the accumulator cell to have
the high use capacity and the long cycle life and may satisfy the
different accumulator cell battery's complex charge request

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