تسلیت:
شهادت حضرت فاطمه^(ع) 
‎برخی دشمنان اسلام گفتند که محمد (ص) بدون دنباله (فرزند) است. آنگاه فاطمه زهرا^(ع) در مکه متولد شد و سوره کوثر نازل شد: «به نام خداوند بخشنده مهربان. همانا ما به تو كوثر را عطا کردیم. پس برای پروردگارت نماز بگذار و قربانی کن. در واقع دشمن تو بی دنباله است".

در محل مباهله که حضرت محمد^(ص) با مسیحیان قرار ملاقات داشت، پنج نفر از طرف مسلمین منجمله پیامبر، حضرت فاطمه(ع)، حضرت علی(ع)، حضرت حسن(ع) و حضرت حسین^(ع) حضور یافتند.  خداوند در آیه ۲۳ سوره شورا خطاب به پیامبر می‌فرماید: "بگو من برای انجام مأموریتم هیچ پاداشی از شما نمی خواهم، جز دوست داشتن خویشاوندانم."

 

Drug Delivery:

Targeted drug delivery from hard tissue implants coated with porous double-layer titanium-oxide nanotubes and polymer nanocords

 
S.K. Sadrnezhaad, A. Eslami Saed, Z. Riyahi

Medical Engineering
No. 210 (2018) 46-49

Both hard-tissue replacement and drug-delivery can be achieved via anodic oxidation/electrospun coating in Titanium-implants. The order and size of the titanium oxide nanotubes which facilitate drug-delivery, are both controllable. For prevention of the local bacterial infection, Vancomycin loading is possible. To prevent explosive release, nano-polymeric cords can be placed on the oxidized titanium nanotubes.

g-C3N4/SnO2 Nanocomposite:

Novel microwave-assisted synthesis of porous g-C3N4/SnO2 nanocomposite for solar water-splitting

A. Seza, F. Soleimani, N. Naseri, M. Soltaninejad, S.M. Montazeri, S.K. Sadrnezhaad, M.R. Mohammadi, H. Asgari Moghadam, M. Forouzandeh, M.H. Amin

Applied Surface Science
440 (2018) 153–161

In-situ synthesis of porous g-C₃N₄/SnO₂ catalyst by fast microwave-assisted method was done. Sn derivatives in the condensation step triggered simple pyrolysis of urea to C₃N₄. The visible-light catalyst had high potential for clean energy production.

NiCoCrAlY/CoNiCrAlY Coatings:

NiCoCrAlY coating is more resistant to 1000°C air-oxidation than CoNiCrAlY. The main protecting phase on NiCoCrAlY is α-Alumina. Oxidation of CoNiCrAlY initially is sub-parabolic; while finally parabolic.

الورقة الأخيرة

Foamy nanocatalysts of Ni-Pd-CNT were synthesized by electroless deposition method. BET results indicated specific surface areas as high as 611.3 m²/g for Ni-Pd-CNTs. TPR and TPO activation energies reduced with addition of Pd-CNT to the Ni foam. At 850 °C, Ni-Pd-0.1CNT nanocatalyst increased methane conversion rate up to 85 %. Ni-Pd-0.1CNT resulted in 22% higher methane conversion than Ni-MgO catalyst.