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Home > Kitab Ul Bew Mein Mazahab Arbah Ki Biian Kardah Illal-O-Hukam Daur-E-Hazir Mein Mumkinah Soortain Itlaqi Pehloo [M. Phil Islami Fikro Tahzeeb] = کتاب البیوع میں مزاہب اربعہ کی بیان کردہ علل و حکم، دور حاضر میں ممکنہ صورتیںج، اطلاقی پہلو

Kitab Ul Bew Mein Mazahab Arbah Ki Biian Kardah Illal-O-Hukam Daur-E-Hazir Mein Mumkinah Soortain Itlaqi Pehloo [M. Phil Islami Fikro Tahzeeb] = کتاب البیوع میں مزاہب اربعہ کی بیان کردہ علل و حکم، دور حاضر میں ممکنہ صورتیںج، اطلاقی پہلو

Thesis Info

Author

Mahmood Akhtar = محمود اختر

Department

Umt. School of Social Sciences and Humanities. Department Islami Fikro Tahzeeb

Program

Mphil

Institute

University of Management and Technology

Institute Type

Private

City

Lahore

Province

Punjab

Country

Pakistan

Thesis Completing Year

2019

Thesis Completion Status

Completed

Page

112 . CD

Subject

Islam

Language

English

Other

School of Social Sciences and Humanities; Urdu; Call No: TP 297.73 MAH-K

Added

2021-02-17 19:49:13

Modified

2023-02-19 12:33:56

ARI ID

1676714339144

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روٹی سمجھ چنگیر والی چن ہو گئی

روٹی سمجھ چنگیر والی چن ہو گئی
تھگڑی سو جو نال بدن ہو گئی

لگا عشق میں رن پرنا آندی
اگوں بالاں دی ادھی درجن ہو گئی

پردہ مکھ توں الٹیا جس ویلے
جھلک چودھویں دا ہک چن ہپو گئی

یونیورسٹی دی کڑی پرنا آندی
مکلاوا آندیاں سار ان بن ہو گئی

ترلے کرنا ایں کیوں وڈیریاں دے
ایڈی وڈی کہیڑی تینوں بھن ہو گئی

روندا آیا ایں تے روندا ٹر جاسیں
دنیا کتھوں ایہہ تیری سجن ہو گئی

بیوی لڑدی رہندی سی نال میرے
دتا خرچہ تے اوہ مکھن ہو گئی

پایا سوہنیاں نے صرف اک پھیرا
رونق ویکھ وچ کیویں چمن ہو گئی

دنیا مال نہ دولت کم کسے
دولت عمل دی نال کفن ہو گئی

والضحیٰ چہرہ والیل زلفاں
رحم دلی وی سنگ بدن ہو گئی

پنجابی لکھنا بولنا گھٹ ہویا
لگ دا پیا اے بے وطن ہو گئی

بچہ اپنا ہی سوہنا لگ دا اے
لگے سوہنی پرائی جو رن ہو گئی

تناں شئیاں توں اصل وچ ھین جھگڑے
زر، زمین تے تیسری زن ہو گئی

تاریخ کبیر میں امام بخاری کا رواۃ پر تنقید کے اسلوب کاجائزہ

Muḥadithīn have played a dynamic role in the preservation and compilation of Ḥadīth of the Prophet (SAW). Among them the contribution of Imam Bukhārī is unavoidable and remarkable in the field of Ḥadīth and its sciences. Since, he is known “Hafiz and Compiler” and considered as “Imam” and “authority” in the field of both higher and lower criticism. His book "Al-Tārīkh al Kabīr" (08 volumes) is considered as one of the ancient books in field of Ḥadīth and its sciences. This paper aims to describe the methodology of Imam Bukhārī in Al-Tārīkh al Kabīr. He described the biography of thirteen thousand seven hundred and seventy nine only (13779) in alphabetic order. Although his methodology was to mention names of the narrators alphabetically, but in respect with the Prophet (SAW), he gave place to eleven narrators among the companion whom names were started with the names of “Muhammad”. In the Methodology of Imam Bukhārī (RA), it is found that either the narrators are rejected or given authenticity, on the basis of not only his own examinations but he relied on the sayings of other Muḥadithīn as well. It is also pertinent to mention that he awarded degree to a little number of the narrators while left over most of the narrators undecided, because the main objective of the book was to portray the biographies of the narrators rather to make analysis of all the narrators.

Fabrication and Investigation of Organic and Nano Materials Based Sensors

This work presents the fabrication and investigation of organic and nano materials based sensors for humidity, temperature and electromechanical applications. Polyaniline (PANI), orange dye (OD)-PANI composite and of cellulose- poly-N-epoxypropylcarbazole (PEPC) have been used for the fabrication of surface type humidity sensors. The sensors are fabricated by depositing films of various thicknesses on glass substrates between pre-deposited metallic electrodes. The sensing mechanism is based on the impedance and capacitance variations due to the absorption or desorption of water vapors. The consequences of annealing, measuring frequency and absorption-desorption behavior of the sensor have been discussed in detail. For all sensors impedance-humidity relationship shows more uniform change as compared to capacitance- humidity relationship in the given range humidity. The temperature sensors have been fabricated by using multiwalled carbon nanotubes (MWCNTs), V2O4-PEPC composite and CuPc on n-GaAs. The CNTs based sensors are fabricated by the deposition CNT nanopowder on a paper substrate and on adhesive elastic polymer tape. The nominal thickness of the CNT films on paper substrates is 30–40 μm while that of elastic substrate is ~ 300-430 μm. The DC resistance of the sensors decreases with increase in temperature. For both types‘ sensors, the resistance-temperature relationship shows wide range sensitivity. The V2O4-PEPC composite based temperature sensors are fabricated by drop-casting the blend of composite into the gap between preliminary deposited silver electrodes on glass substrates. The thickness of the V2O4-PEPC films is in the range of 20-40 μm. It is found that with increase in temperature the AC resistance of the samples decreases by 10-12 times. The response recovery time is also measure. The Ag/p-CuPc/n-GaAs/Ag cells are fabricated by the deposition of p-type copper phthalocyanine on n-type GaAs single-crystal semiconductor substrate. The temperature sensing and photoconductive behavior of the cells are investigated. The results reveal that with increase in temperature from 33-75 °C the resistance temperature coefficients (RTC) for the reverse and forward bias resistances are equal to -2.0 %/°C and -1.5 %/°C, respectively. Electromechanical sensors based on PANI, CNTs and CNTs-Cu2O composites have been fabricated and investigated. The 20-80 μm thick PANI films are deposited by drop-casting on Ag electrodes, which are preliminary deposited on glass substrates. The effect of displacement on the resistance and capacitance of film is investigated. It is observed that with increases in displacement the resistance decreases and the capacitance increases. For the fabrication of CNT–Cu2O composite based pressure sensors tablets of composite are made at a pressure of 353 MPa. The average diameter and the average thickness of the tablets are 10 mm and 4 mm, respectively, and both sides of the tablet are covered by silver paste. By varying pressure from 0-37 kN/m2, the change in DC resistance of the sensor is measured. The CNTs and CNTs–Cu2O composite based strain sensors have been fabricated by pressed tablets and elastic polymer beam. The 1 mm thick tablets of CNTs and CNTs–Cu2O composite are fabricated at a pressure of 200-300 MPa and 353MPa, respectively. The samples are installed on the polymer elastic beam by glue. The electric contacts to the samples are made by silver paste. The inter-electrodes distance (length) and diameter of the surface-type samples are in the range of 6–8 mm and 10 mm, respectively. It is found that DC resistance of the strain sensors increases under tension and decreases under compression, while the average strain sensitivities are in the range of 50-80 and 44–46 for CNTs and CNTs–Cu2O composite based sensors, respectively.