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TranslationMobile

發(fā)射機(jī)。

"sending" in Chinese : n. 1.發(fā)送，派遣；【電訊】發(fā)射。 2.信件 3.神賜 ...
"set" in Chinese : vt. (set; setting) 1.放；擱；貼；靠 ...
"sending" in Chinese : n. 1.發(fā)送，派遣；【電訊】發(fā)射。 2.信件 3.神賜，天降。
"act of sending these" in Chinese : 給潛在客戶郵寄廣告材料
"air sending" in Chinese : 空中運(yùn)送
"automatic sending" in Chinese : 自動(dòng)發(fā)送
"blind sending" in Chinese : 盲發(fā)盲發(fā)盲發(fā)電報(bào)(只發(fā)射; 盲發(fā)送
"cash sending" in Chinese : 現(xiàn)金輸送
"code sending" in Chinese : 發(fā)碼
"contact sending" in Chinese : 接觸發(fā)送
"directive sending" in Chinese : 定向發(fā)送
"key sending" in Chinese : 電鍵發(fā)送; 電鍵選擇; 雷鍵發(fā)送
"message sending" in Chinese : 消息發(fā)送，信息發(fā)送; 信息傳送
"pulse sending" in Chinese : 脈沖發(fā)送
"ready for sending" in Chinese : 發(fā)送就緒; 準(zhǔn)備發(fā)送

Examples

After special lectures on radio or television , these students , too , have to send set work for correction by correspondence
學(xué)生在收音機(jī)或電視上收聽(tīng)了專門的授課節(jié)目之后,也必須把指定的作業(yè)寄出，通過(guò)函授批改訂正。
The text uses the method of ray tracing that is based on improved traditional mirror image principle of the radio wave forecast and two ray propagation model , which can be used in any complex propagation environment and found any propagation path from the sending set to receiving machine without redundancy computer
本文是基于無(wú)線電波預(yù)測(cè)中傳統(tǒng)的鏡像原理與雙射線傳播模型的結(jié)合而提出的改進(jìn)了的射線跟蹤算法,它能用于任何復(fù)雜的傳播環(huán)境中,能找到從發(fā)射機(jī)到接收機(jī)之間的所有傳播路徑而無(wú)須冗余的計(jì)算。
As a new generation of micro - satellite based on micro - electro - mechanic system ( mems ) , pico - satellite , in virtue of its low weight ( 1kg or lighter ) , is unburdened from high - cost large sending sets . thereby research of pico - satellite can be progressed with much lower cost without huge experimental establishments and wide - span workshops so that institutions , mostly universities , became the main researching force . besides reduced expenses , another advantage of research in university laboratories is the potential high privacy
皮型衛(wèi)星是新一代以mems技術(shù)為核心的微小衛(wèi)星，由于質(zhì)量很輕( 1kg以下) ，可不使用高成本的大型運(yùn)載工具進(jìn)行發(fā)射，其成本可比一般衛(wèi)星大大降低；此外，皮型衛(wèi)星的研制將不再需要大型的實(shí)驗(yàn)設(shè)施和高跨度廠房，因此目前大學(xué)等研究機(jī)構(gòu)是研制皮型衛(wèi)星的主要科研力量，在大學(xué)的實(shí)驗(yàn)室里研制皮型衛(wèi)星，可以降低它們的研制費(fèi)用。