1)  Back pitman
后连杆
2)  dorsal commissural nucleus
后连合核
1.
Projection of substance P-containing neurons in rat brainstem to the dorsal commissural nucleus in the lumbosacral spinal cord;
大鼠脑干SP能神经元向腰骶髓后连合核的投射(英文)
2.
Employing tetramethyl rhodamine (TMR) retrograde tracing combined with immunofluorescence histochemical staining for substance P receptor (SPR),we examined whether SPR-like immunoreactive neurons in the lumbosacral dorsal commissural nucleus (DCN) and intermediolateral nucleus (IML) sent projection fibers to the lateral parabrachial nucleus (LPB) in the rat.
本研究应用四甲基罗达明 (TMR)逆行追踪结合 P物质受体 (SPR)免疫荧光组织化学染色技术 ,观察了大鼠腰骶髓后连合核 (DCN)和中间带外侧核 (IML)内的 SPR阳性神经元向外侧臂旁核 (L PB)的投射。
3.
Our present purpose is to observe FOS protein expression induced by visceral and somatic noxious stimuli in the dorsal commissural nucleus (DCN) of the lumbosacral spinal cord of the rat.
本课题组的既往研究曾发现 ,膀胱的初级传入投射纤维中有一部分传递伤害性刺激 ,投射于腰骶髓的后连合核。
3)  brain
后连合
4)  forward link coefficient
后连系数
5)  lumbosacral dorsal commissural nucleus
腰骶髓后连合核
1.
The lumbosacral dorsal commissural nucleus (DCN) located in the dorsal gray matter of the central canal of the lower lumbar and sacral spinal cord is the main area which receives pelvic visceral information.
腰骶髓后连合核(dorsal commissural nucleus,DCN)位于腰骶髓中央管背侧灰质后连合(dorsal gray commissure,DGC),是接受盆腔脏器感觉的主要区域。
6)  sacral dorsal commissural nucleus
骶髓后连合核
1.
ObjectiveTo investigate the pharmacological properties of etomidate (ET) in the dissociated rat sacral dorsal commissural nucleus (SDCN) neurons.
目的 研究依托咪酯 (etomidate ,ET)在急性分离的大鼠骶髓后连合核 (sacraldorsalcommissuralnucleus,SDCN)神经元的药理学特性。
2.
It has been well established during the past 20 years, that the sacral dorsal commissural nucleus (SDCN) is the major visceral sensory nucleus that receives and transmits the primary afferent signals from the pelvic organs.
近 2 0年来的研究表明 ,骶髓后连合核是接受和中继盆腔脏器初级传入信号的重要内脏感觉核团。
3.
The modulatory effect of substance P (SP) on strychnine sensitive glycine (Gly) response was examined in neurons acutely dissociated from the rat sacral dorsal commissural nucleus (SDCN) using nystatin perforated patch recording configuration under voltage clamp conditions.
采用制霉菌素穿孔膜片箝技术, 研究了P物质(substance P,SP) 对急性分离的大鼠骶髓后连合核神经元士的宁敏感性甘氨酸(glycine ,Gly) 反应的调控作用。
参考词条
补充资料:后悬弯曲车轴&WATTS连杆
研制公司:梅塞德斯·奔驰

应用车型:A-Class

梅赛德斯·奔驰公司最近宣布全面改进了“A-Class”小型车,并将于2004年秋季开始上市。新款“A-Class”车身尺寸为长3838mm,宽1764mm,高1593mm,轴距为2568mm。与现有款式的不同之处是车长、车宽及轴距分别增加了232mm、45mm和145mm。这是因为在它的车身后部采用了新开发的弯曲后车轴以及可根据不同情况改变衰减力的减震器。这使新款“A-Class”在普通行驶时具有了良好的减震效果,而在高速转弯时又提高了车辆的稳定性。  

应该说,新款A-Class的后部悬挂采用了前所未有的形式——就是使用了一种能够直接连接左右轮毂的刚性车轴,然后让重量由位于轮毂旁边的弹簧和减震器来共同承担。这种车轴向前大幅弯曲,车轴中央设计有承担车身重量的支撑点。 悬挂后部左右两侧横向各设计有一根臂杆,位置比车轴稍高。从平面上来看,两根臂杆连接于车身的安装部位采用的是WATTS式。因此,只向车身传递未经任何变化的左右力(横力),而几乎不传递前后力。也就是说,横向刚性高而前后向刚性低,属于最理想的悬挂特性。

实际上,后悬挂采用刚性+WATTS连杆的设计在马自达第一代“RX-7”等车型上也曾有过先例,但都没有“A-Class”表现得如此清晰,况且“A-Class”还避免了“悬挂臂杆一侧的轮毂以前后方向为轴转动”这一问题。后悬弯曲车轴在“Monaka构造”中还配合使用了两枚钢板,WATTS连杆左右臂杆采用的是高拉成型(High Draw Form)品,而WATTS连杆中央的连杆则为铸造品。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。