江西省邮政速递物流公司

江西省邮政速递物流公司是中国邮政速递物流公司的重要组成部分。是直属于江西省邮政公司的非法人性质的全资子公司。2008年12月22日在原江西省邮政速递局、江西省邮政物流局的基础上整合组建，实行自主经营、自负盈亏、独立核算。

邮政礼仪全新的社交方式

现代社会人们由于忙于自己的事业工作,常常无法顾及所有的应酬,如果在您亲人、朋友、客户、员工的特别日子有人专程为您送去您的问候,既不影响您的工作安排,也表达了您的心意,该会是一件多好的事！

印有资费金额的特快专递签条

2001年11月27日山东莱芜速递局寄河南安阳速递局封,贴有特快专递条形码签条,下方印有“收件人付费 每件十五元”字样。

印有地名的特快专递条形码签条

近在北京邮政速递局的公事封上见到一枚“全球邮政特快专递”条形码签条,与众不同的是其上方印有“北京185”字样。

Heat transfer intensification in hydromagnetic and radiative 3D unsteady flow regimes: A comparative theoretical investigation for aluminum and γ-aluminum oxides nanoparticles

This article investigates the colloidal study for water and ethylene glycol based nanofluids.The effects of Lorentz forces and thermal radiation are considered.The process of non-dimensionalities of governing equations is carried out successfully by means of similarity variables.Then,the resultant nonlinear nature of flow model is treated numerically via Runge-Kutta scheme.The characteristics of various pertinent flow parameters on the velocity,temperature,streamlines and isotherms are discussed graphically.It is inspected that the Lorentz forces favors the rotational velocity and rotational parameter opposes it.Intensification in the nanofluids temperature is observed for volumetric fraction and thermal radiation parameter and dominating trend is noted for γ-aluminum nanofluid.Furthermore,for higher rotational parameter,reverse flow is investigated.To provoke the validity of the present work,comparison between current and literature results is presented which shows an excellent agreement.It is examined that rotation favors the velocity of the fluid and more radiative fluid enhances the fluid temperature.Moreover,it is inspected that upturns in volumetric fraction improves the thermal and electrical conductivities.

出好创新牌把握春节速递市场

针对岁末年初的巨大商机，西安邮政速递局经过三年的市场培育，在今年的春节市场开发中，主打创新牌，从经营模式到营销手段，展开了全新的策划，进一步树立了邮政速递业务的品牌形象，对提高邮政速递业务的市场盈利能力和综合竞争能力起到了促进作用。