- 更多网络例句与腔相关的网络例句 [注：此内容来源于网络，仅供参考]
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The tunable photon broad band radio frequency phaser based on a silicon ring resonance cavity comprises a pumping signal light-generating system, a carrier wave light-restraining double-sideband generating system, a silicon ring resonance system and a measuring system; wherein, the silicon ring resonance system comprises a light coupling device and the silicon ring resonance cavity; the output of the light coupling device is connected with the input port of the silicon ring resonance cavity; wherein, the silicon ring resonance cavity is composed of a silicon annulet and a root of a straight waveguide; the air gap distance between the silicon annulet and the root of the straight waveguide is several ten nanometers or several hundred nanometers; the taking characteristic of the silicon ring resonance cavity is the characteristic of a seasonal reject trap; the transmission rate in the position of a resonance wavelength is equal to zero or is very close to zero.
本发明包括：泵浦信号光发生系统、载波抑制光双边带产生系统，硅基环形谐振腔系统，以及测量系统。所述硅基环形谐振腔系统包括一个光耦合器和一个硅基环形谐振腔，光耦合器的输出连接到硅基环形谐振腔的输入端口，其中：硅基环形谐振腔由一个硅基微环和一根直波导构成，硅基微环和一根直波导之间的空气隙间隔为几十至几百纳米，硅基环形谐振腔频谱特征是周期性的带阻滤波特性，在谐振波长处的透射率等于0或非常接近0。
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The results are as follow:(1) In static status, the velocity of jet flow shows a symmetry distribution through central axis of enclosure.
结果表明，腔体静止时，射流速度沿腔体中心轴对称分布，腔体中心轴上的速度最大，两侧流速逐渐减小，近壁处为零；腔体转动时，在哥氏力的作用下，射流中心发生偏转，流场相对于腔体中心轴不再对称分布，腔体中各点处的流速分布随角速度而变化，压电射流角速度传感器利用这一特性敏感角速度。
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To calculate numerically the radiation of a enclosure within a heteromorphosis cavity, attention was focused on: how to decide the visibility between two surfaces, how to improve the old method of configuration factor computation, how to approximately and efficiently decide the radiation resource of directional, spectral radiation in cavity.
讨论了解决异型封闭腔辐射几何学问题的几种方法：异型封闭腔内，表面间可见性的判断方法；优化异型封闭腔角系数计算的方法；确定异型封闭腔内定向辐射的壁面辐射源的方法。计算了两种结构喷管封闭腔内的角系数，并从角系数的互换性和完整性定理验证了方法的正确性和有效性，为异型封闭腔的辐射计算解决了几何问
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In 4 cases, the cavities were full of perilymph. We could find that the cavity was irregularly round-shaped, about 6.5 mm in diameter, with thin mucosa adhere to the cavity wall. In the center area, around the internal acoustic meatus fundus, there was a horseshoe- shaped cystic structure about 3 mm3, which was a combined structure of the saccule, utricle and scala media. In 1 case, there was little perilymph in the cavity, with about 1.5 mm thick soft tissue and granulation adhere to the wall. The saccule, utricle and scala media were not recognizable.
结果 对5例患者进行共同腔内耳蜗内镜检查，见4例腔内充满液体，吸出后腔壁有扉薄黏膜附着，腔呈不规则圆形，直径平均约为6.5 mm，中央区贴近内听道底部位见马蹄形或肾形囊腔，约 3 mm3大小，为内耳球囊、椭圆囊和中阶畸形融合的结构；1例腔内淋巴液较少，共同腔壁附着软组织和肉芽，约1.5 mm厚，无法将腔壁上的软组织与中阶、球囊、椭圆囊的结构区分。
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Results Five cases with common cavity underwent micro-endoscopy during cochlear implantation. In 4 cases, the cavities were full of perilymph. We could find that the cavity was irregularly round-shaped, about 6.5 mm in diameter, with thin mucosa adhere to the cavity wall. In the center area, around the internal acoustic meatus fundus, there was a horseshoe- shaped cystic structure about 3 mm3, which was a combined structure of the saccule, utricle and scala media.
结果 对5例患者进行共同腔内耳蜗内镜检查，见4例腔内充满液体，吸出后腔壁有扉薄黏膜附着，腔呈不规则圆形，直径平均约为6.5 mm，中央区贴近内听道底部位见马蹄形或肾形囊腔，约 3 mm3大小，为内耳球囊、椭圆囊和中阶畸形融合的结构；1例腔内淋巴液较少，共同腔壁附着软组织和肉芽，约1.5 mm厚，无法将腔壁上的软组织与中阶、球囊、椭圆囊的结构区分。
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Two He-Ne lasers have been designed in experiment,one with simplest 2D axisymmetric folded-combined cavity that are composed of a concave-plano-concave folded cavity and a plano-concave cavity , and other with simplest 3D axisymmetric folded-combined cavity that are composed of two concave-plano-concave folded cavities and a plano-concave cavity.
本文实验设计了由一个凹-平-凹折迭腔与一个平凹腔组合的二维轴对称折迭-组合腔型He-Ne激光器及由两个凹-平-凹折迭腔与一个平凹腔组合的最简单立体轴对称折迭-组合腔型He-Ne激光器。
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Then the propagation of an arbitrary nonideal optical beam is analyzed. In terms of the moment theorem, the performance of modes of BOR is analyzed from both points of view of geometry optics and diffractive optics. Comparing BOR with the resonators using plane mirror and spherical mirror or using plane mirror and aspherical mirror by finite element method, the design procedure for BOR is gave.
然后以衍射的角谱理论为基础，用矩量定理讨论了任意光束的传播规律，从几何光学和衍射光学的角度完整地分析了二元光学谐振腔的模式特征，用有限元方法数值对二元光学谐振腔、非球面腔和球面腔进行衍射分析，比较了三种腔型的差异，给出了二元光学谐振腔的设计方法。
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A plasma generation apparatus includes: a chamber having a chamber lid and defining an airtight reaction region; a susceptor in the chamber; a gas supply means supplying a process gas to the chamber; and a toroidal core vertically disposed with respect to the susceptor through the chamber lid, comprising: a toroidal ferromagnetic core combined with the chamber, the toroidal ferromagnetic core having a first portion outside the chamber and a second portion inside the chamber, the second portion having an opening portion; a radio frequency power supply connected to the chamber; an induction coil electrically connected to the RF power supply, the induction coil rolling the first portion; and a matching circuit matching an impedance between the RF power supply and the induction coil.
一种等离子体产生装置包括：一腔室，其具有一腔室盖并界定一气密反应区域；一在所述腔室中的基座；一气体供应构件，其将一制程气体供应到所述腔室；和一环形铁芯，其穿过所述腔室盖相对于所述基座垂直设置，所述环形铁芯包含：一与所述腔室相组合的环形铁磁芯，所述环形铁磁芯具有一在所述腔室外的第一部分和一在所述腔室内的第二部分，所述第二部分具有一开口部分；一连接到所述腔室的射频电源；一电连接到所述RF电源的感应线圈，所述感应线圈卷绕所述第一部分；和一匹配电路，其匹配所述RF电源与所述感应线圈之间的一阻抗。
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The cut-off valve with pilot valve without hand wheel, stem and lift nut inside will guide block and guide slot Butterfly Valves to guide sleeve, the disc-shaped disc to disc type bowl shape, and holes in the bottom of the flap valve to open, the valve cover of the original valve stem hole to hole diversion, because of increased pressure ring, ring, and the valve flap to class mortar, so that the flow passage separated the upper chamber cavity, external cavity, cavity, in the cavity and The external cavity increases with draft tube and stainless steel manual ball valve, flap valve in the cover plate and the center of the end of installing the spring, the upper flap valve install compression seal of the pressure ring, outside the cavity of the wall to open a Drainage holes.
带先导球阀的截止阀无手轮、阀杆和内升降螺母，将导向块与导向槽改为导向套，将盘形阀瓣改为类钵体形阀瓣，并在底部开阀瓣孔，电动蝶阀将阀盖原阀杆孔改为导流孔，因增加压环、密封圈和将阀瓣改为类钵体，使上通流腔分隔为上腔、外腔、内腔，在上腔与外腔的外部加设有导流管与不锈钢手动球阀，在盖板与阀瓣底的中心部加设弹簧，阀瓣上部加设压紧密封圈的压环，在外腔的壁上开有放水孔。
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Clan:Several department rounds sing, the soft-voiced department keeps on a long sound to accompany to call, there is fixed rhythm melody, with loudly department formation contrast Strong clan:Soft-voiced department the freedom mimicry loudness department melody formation double voice the 迭 place 彝 Clan:Most the 著 is four greatest 腔s, the space grow up,the structure is careful,the contents is abundant,the melody is leisurely long to sink,sing on stage technique deeply higher.
用鹰骨笛、牛角琴、白海螺等伴奏侗族：多声部轮唱，低声部持续长音陪称，有固定节奏旋律，和高声部形成对比壮族：低声部自由模仿高声部旋律形成双声迭置彝族：最著名的是四大腔，篇幅长大、结构严谨、内容丰富、曲调悠长深沉、演唱技巧较高。
- 更多网络解释与腔相关的网络解释 [注：此内容来源于网络，仅供参考]
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articular cavity：关节腔
(3)关节腔(articular cavity)是关节囊所围成的腔,里面含少量滑液,有润滑和营养关节 软骨的作用. 关节滑膜发炎时,腔内大量积液,伴有关节的肿胀和疼痛,影响关节的活动. 腔内为负压,这对于维持关节的稳固有一定的作用.
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blastocoele：囊胚腔 胚泡腔
blastochyle 囊胚腔液 | blastocoele 囊胚腔 胚泡腔 | blastocone 胚锥
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cava：腔静脉,外腔
\\"电烙器\\",\\"cautery,electric or galvanic\\" | \\"腔静脉,外腔\\",\\"cava\\" | \\"腔静脉的,腔的\\",\\"caval\\"
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cavity loss coefficient：腔损耗系数
cavity lining 洞衬料 | cavity loss coefficient 腔损耗系数 | cavity magnetron 空腔谐振磁控管,多控磁控管,空腔磁控管,谐振腔式磁控管=>空洞磁電管
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cavity：型腔
定义型腔镶块 使用"型腔 型腔"(Cavity) 对话框定义型腔镶块和定模板切口.在此对话框中定义的型腔镶块出现 型腔在"模架定义 模架定义"(Moldbase Definition) 预览窗口中.关闭"型腔 型腔"(Cavity) 对话框时,必 模架定义 型腔
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medullary cavity：髓腔
在分枝的顶端常产生孢子叶球,如在内皮层里面,维管束对脊而生,排列成环,每维管束为外始式,木质部不甚发达,维管束下有气腔,称脊腔(carinal cavity)或称维管束腔,为原生木质部破裂所形成,茎中央为大空腔,称髓腔(medullary cavity),故木贼型的中柱被
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segmentation cavity; segmental cavity; blastocoel：囊胚腔;卵割腔;分节腔
环节腹板 segmental venter | 囊胚腔;卵割腔;分节腔 segmentation cavity; segmental cavity; blastocoel | 卵割沟 segmentation furrow
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caval：腔静脉的,腔的
\\"腔静脉,外腔\\",\\"cava\\" | \\"腔静脉的,腔的\\",\\"caval\\" | \\"腔镜\\",\\"cavascope\\"
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blastocoel：囊胚腔, 分裂腔
blastochyle || 囊胚腔液 | blastocoel || 囊胚腔, 分裂腔 | blastocoele || 囊胚腔, 分裂腔
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mantle cavity：套腔
外套膜与内脏团之间形成的腔称外套腔(mantle cavity). 腔内常有鳃、足以及肛门、肾孔、生植孔等开口于外套腔. 外套膜由内外两层上皮构成,外层上皮的分泌物,能形成贝壳,内层上皮细胞具纤毛,纤毛摆动,造成水流,使水循环于外套腔内,