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Home > 2-D Seismic Interpretation and Astrophysical Analysis of Sufficed Oh Area, Central Indus Basin, Pakistan

2-D Seismic Interpretation and Astrophysical Analysis of Sufficed Oh Area, Central Indus Basin, Pakistan

Thesis Info

Author

Hina Kanwal

Supervisor

Mona Lisa

Department

Department of Earth Sciences, QAU

Program

MSc

Institute

Quaid-i-Azam University

Institute Type

Public

City

Islamabad

Province

Islamabad

Country

Pakistan

Thesis Completing Year

2014-2016

Thesis Completion Status

Completed

Page

57

Subject

Earth Sciences

Language

English

Other

Call No: DISS / MSC / EAR /1569

Added

2021-02-17 19:49:13

Modified

2023-01-06 19:20:37

ARI ID

1676714904183

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مولانا حافظ فضل رحمن ندوی

مولانا حافظ فضل الرحمن ندوی کیرانوی
علمائے ندوہ کی برادی میں یہ خبر بڑے افسوس کے ساتھ سنی جائے گی کہ ان کے سب سے پرانے رفیق اور دوست مولانا حافظ فضل رحمان صاحب ندوی امام و خطیب جامع مسجد خانقاہ مجددیہ سر ہند نے چند ماہ کی علالت کے بعد بمرض استسقاء بمقام مدرسۂ فرقانیہ لکھنؤ بتاریخ ۲؍ اکتوبر ۱۹۴۴؁ء بروز جمعہ ۷ بجکر ۴۳ منٹ شام کے وقت اس دنیائے فانی کو الوداع کہا، ان کی عمر غالباً ۶۵ برس کے اندر ہوگی، کیرانہ ضلع مظفر نگران کا اصلی وطن تھا، مگر بچپن سے وہ لکھنؤ آئے اور دارلعلوم ندوہ میں داخل ہوکر متوسطات تک کی تعلیم پائی اور فکر معاش سے مجبور ہوکر مدرسہ ہی میں صرف و نحو کی مدرسی کی خدمت قبول کرلی، وہ استاذنا جناب مولانا محمد فاروق صاحب چریا کوٹی مدرس اعلیٰ دارالعلوم کے محبوب شاگردوں میں تھے، صرف و نحو اور ریاضیات سے بڑی دلچسپی اور مہارت رکھتے تھے، انتظامی سلیقہ بھی اچھا تھا، جن لوگوں کو مولانا شبلی مرحوم کے زمانہ کے ندوہ اور الندوہ سے تعلق رہا ہے ان کو مکتب المعین کی بھی یاد ہوگی، مرحوم اس مکتبہ کے مہتمم اول تھے، لکھنؤ میں عربی کی مصری مطبوعات کی تجارت کا آغاز انہی نے کیا، اور اب موجودہ شبلی بک ڈپو اسی کی یادگار ہے۔
مرحوم نے عین جوانی میں انابت الی اﷲ کی توفیق پائی اور مدرسہ کی نوکری چھوڑ کر مولانا عین القضاۃ صاحب لکھنویؒ سے نقشبندی مجددی طریقہ میں بیعت کی اور انہی کے درسہ فرقانیہ میں مدرس بھی ہوگئے اور پھر انہی کے ہو رہے، انہی کے زمانہ میں حج سے بھی فراغت پائی ان کی وفات کے بعد لکھنؤ سے سر ہند جاکر خانفاہ مجددیہ کی جامع مسجد میں خطابت و امامت قبول کی آخر میں اس کا معاوضہ چھوڑ کر...

علم الجنین و تخلیق جنین کے مختلف ادوار و مراحل قرآن کریم اور سائنس کے تناظر میں

Embryology is such an academic discipline which was based upon the Qura’nic revelation purely and its details were provided by The Holy Prophet (SAW) whereas the scientists remained totally unaware of its intricate details until twentieth century. It was the time when they discovered various stages of the creation and development of fetus inside the mother’s womb and after examination of all these stages through various scientific instruments they openly admitted that Qura’nic verses about fetal development are absolutely accurate. Their acknowledgement is a strong evidence of the authenticity and veracity of The Holy Qura’n for scientific minded people. Not only this but these embryologists also admitted that the information provided in the Holy Qura’n and the A╒adith of The Holy Prophet (SAW) helped them a great deal in formulating the basic hypotheses of their research. So, these scientific discoveries are clear proofs of the miraculous character of Holy Qura’n. The current article is an effort to elaborate the link of modern embryology with the details given in the sacred literature of Islam.

Experimental Investigation and Mathematical Modeling of a Low Energy Consuming Hybrid Desiccant Cooling System for the Hot and Humid Areas of Pakistan

This experimental and simulation study investigates the potential of using a solar assisted hybrid desiccant cooling system (SHDCS) for air conditioning applications for Pakistan. A review of literature reveals that compared to the conventional vapour compression cycle this cycle could offer saving in overall primary energy. Since the cycle is based on supply of conditioned ventilation air it has significantly lower environmental impact. A gas fired hybrid desiccant cooling test rig has been installed at the Energy Conservation Laboratory NED to study the performance of various components. These experiments enabled understanding of the system and helped develop effect of individual components on the system performance. Important parameters of system components established from the experiments were used as input to the TRNSYS simulation model. The simulation studies have been based on a well established transient energy software TRNSYS. Specific to this work a mathematical model of Modified Cooler was prepared from basic principles and added as module to TRNSYS. Addition of this component resulted in an increases of the COPp-s by a factor of 1.065 for the weather of Lahore. Besides COP; all system parameters showed an improvement due to the addition of this component. Six case studies based on SHDCS have been performed for Karachi and Lahore. The results so obtained established that the advantage of using SHDCS depends on the climatic conditions. SHDCS offers considerable promise for Lahore i. e., it shows that of the seven month summer cooling season the desiccant cooling system alone suffices for three month – April, May and October. However for Karachi summer, characterized by high humidity, SHDCS does not provide acceptable temperature and humidity conditions without auxiliary air conditioning. The source of thermal energy needed for regeneration plays an important part in the overall success of the desiccant cooling scheme. To reduce the use of conventional energy, in this case natural gas, a solar collector has been included in the study. Micro analysis of the flow and heat transfer phenomenon taking place inside inclined solar air collector was studied using CFD software, which demonstrated that low heat transfer between air and absorber can be improved by using staggered fins. It was also shown that the fin configuration coupled with low flow velocity helped increase heat transfer in the absorber duct by increasing heat transfer area, mixing and residence time. Energy, economic and environmental impact of the solar collectors was also studied and payback periods for energy, Carbon emission and monetary investment have been found to be 1.5 years, 1 year and 14 years respectively. The success of the desiccant cooling system is strongly associated with cost of the thermal energy. Combined heat and power systems offer an opportunity of providing this energy at no additional cost. The latter study has been suggested to be taken up as future work.