齿槽的

基本解释 (translations)

alveolar

与齿槽的相关的网络例句 [注：此内容来源于网络，仅供参考]

The numerator in this fractional designation is known as the diametral pitch and controls the pitch diameter; the denominator, which is always double the numerator, is known as the stub pitch and controls the tooth depth.

在这一系列的分数中的分子是径节，径节的大小决定了节圆的直径；而分数中的分母通常是分子的两倍，分母是残余径节，它的作用是控制齿槽的深度。

Tooth Proportions.—There are 17 pitches: 2.5/5, 3/6, 4/8, 5/10, 6/12, 8/16, 10/20, 12/24, 16/32, 20/40, 24/48, 32/64, 40/80, 48/96, 64/128, 80/160, and 128/256. The numerator in this fractional designation is known as the diametral pitch and controls the pitch diameter; the denominator, which is always double the numerator, is known as the stub pitch and controls the tooth depth. For convenience in calculation, only the numerator is used in the formulas given and is designated as P. Diametral pitch, as in gears, means the number of teeth per inch of pitch diameter.

齿比——一共有17种齿比：2.5/5，3/6，4/8，5/10，6/12，8/16，10/20，12/24，16/32，20/40，24/48，32/64，40/80，48/96，64/128，80/160和128/256在这一系列的分数中的分子是径节，径节的大小决定了节圆的直径；而分数中的分母通常是分子的两倍，分母是残余径节，它的作用是控制齿槽的深度为了方便计算，在所有的公式中都使用分子作为计算参数，并且与齿轮的表示方式一样定义为径节P尺寸，也就是在节圆上，每英寸长度上的齿数

In this paper, to reduce cogging torque in solid-rotor permanent magnet synchronous motors, an analytical method, which was based on energy method and Fourier expansion, was proposed to obtain the expression of cogging torque, which can express its relation with design parameters.

为削弱实心转子同步电动机的齿槽转矩，文中提出了一种基于能量法和傅立叶分解的的解析分析方法，给出了能明确表达齿槽转矩与设计参数关系的齿槽转矩解析表达式，据此研究了极弧系数对齿槽转矩的影响。

The processing principle and method of slotting gear--grooves for big modulus gear wheel with combined milling cutter on a large--scale hobbing machine was put forward in the paper.

提出了在大型滚齿机上。用片铣刀组粗切大模数齿轮齿槽的原理及其工艺。使大模数齿轮的加工效率提高1～2倍。为大模数齿轮的高效加工开创出一条新的途径

In this case, we tried to use the alveolar bone splitting technique with the Piezosurgery, and the incison line was put in the alveolar ridge as lingually as possible that the integrity of the cortical plate of the alveolar ridge is reserved in the buccal side. Because the resistance to the mesial movement of the posterior teeth is greatly decreased, the possibility of the root resorption or dehiscence is reduced, and the stability after the orthodontic treatment would be improved while the height and width of the alveolar bone increase.

本病例尝试以超音波骨刀，於缺牙区进行齿槽骨劈开手术，其切线尽可能靠近齿槽之舌侧，以使齿槽上的皮质骨板可完整置於颊侧；这样当后牙向前牵引时，才不会因皮质骨板而阻碍前进及牙根被吸收或裂开，同时也能增加齿槽骨之高度与宽度，亦可使矫正后的牙齿更加稳定。

The cogging force ripple is analyzed in different slot structure quantificationally and the way to reduce cogging force is also studied.

在此基础上，定量分析了不同齿槽结构下的齿槽力波动，研究了消除齿槽力波动的方法，验证了采用近槽极配合的分数槽是减小推力波动的一项非常有效的措施。

Based on the stress analysis to spired axis mechanism,in the aspect of sliding part which smoothes through alveolus intersection, theresearch of parameters optimization, about the middle alveolus of spired axis andthe dimension of sliding part, has been studied. To the problem that the reverseportion at the both sides of spired axis lashed fiercely and fraies quickly, thearticle finely analyses the best curve of alveolus when adding cushiony spring atthe both sides.

在对螺旋轴机构进行受力分析的基础上，从滑块顺利通过齿槽交叉点的要求方面，对螺旋轴中间段齿槽和滑块的尺寸进行了参数优化分析；针对螺旋轴两端曲线齿槽反向段在高速工作时冲击大、磨损快的问题；从减少滑块在齿槽反向段运动的冲击方面，比较分析了圆弧、抛物线、三角函数等曲线作为螺旋轴齿槽反向段曲线的加速度，提出了较优的(来源：ABCab论bf文网www.abclunwen.com)反向段曲线。

This means that the alveolar bone at lingual side contributed similar effects on the mobility of incisor to that at facial side, and the effect of alveolar bone of mesial side was also similar to that at distal side.

即上颚犬齿在近心侧齿槽骨缺损与远心侧齿槽骨缺损时对牙齿动摇度的影响相当，且舌侧齿槽骨缺损对牙齿动摇度的影响和唇侧齿槽骨缺损时相同。

This means that the alveolar bone at the lingual side contributed more effect on the mobility of incisor than that of the facial side. However, the effect of alveolar bone of the mesial side was closely to the distal side.

即上颚正中门齿在近心侧齿槽骨缺损与远心侧齿槽骨缺损时对牙齿动摇度的影响相当，但舌侧齿槽骨缺损对牙齿动摇度的影响却大於唇侧齿槽骨缺损。

Synchrobelt transmission is kind of switching transmission of belf tooth and wheel gullet, which possesses the merit of gear, chain and belt wheel transmission.

同步带传动是其带齿与轮齿槽的齿齿啮合传动，具有齿轮传动，链传动和带传动的优点。

与齿槽的相关的网络解释 [注：此内容来源于网络，仅供参考]

alveolar：齿槽的

alutaceous 似皮革的 | alveolar 齿槽的 | alveolate 蜂窝状的

alveolar bone：齿槽骨

暴牙的患者,轻者可经由牙科医师做矫正;严重者若经牙科矫正无效,可选择手术,做上、下颚骨之齿槽骨(alveolar bone)部分切开、内缩及咬合定位,再以迷你钢板固定即可.

interdental cell：齿间细胞

齿间的 interdental | 齿间细胞 interdental cell | 齿槽间隙 interdental space

mandibular：下颌的;颌骨的;大颚的

下颌;大颚 mandible; mandibulum | 下颌的;颌骨的;大颚的 mandibular | 下齿槽神经 mandibular alveolar nerve

Alveolar Rhabdomyosarcoma：齿槽横纹肌肉瘤

We'll talk about this in the morning.|早晨我们再讨论这件事 | Alveolar Rhabdomyosarcoma.|齿槽横纹肌肉瘤 | Terminal kid trumps your stuffy nose.|晚期小子打败你的闷鼻子

toothed：有齿的

tooth socket 齿槽 | toothed 有齿的 | top cross 顶交

alutaceous：似皮革的

alure 走廊 | alutaceous 似皮革的 | alveolar 齿槽的

alveolate：蜂窝状的

alveolar 齿槽的 | alveolate 蜂窝状的 | alveolation 有肺泡

alveolate：蜂窝状的/多小孔的/有气泡的

alveolar /齿槽的/肺泡的/齿槽音/ | alveolate /蜂窝状的/多小孔的/有气泡的/ | alveolation /泡化/

allergic alveolitis：过敏性齿槽炎

chronic or recurrent pulmonary intiltrates 慢性或周期性发生的肺渗透 | allergic alveolitis 过敏性齿槽炎 | a chronic rhinitis 慢性鼻炎