قرآن مجید اور احادیث میں لفظ رحم کا تصور اور استعمالات

All praises and thanks be to Allah, the Lord of the entire Universe Muhammad, who is a symbol of mercy, peace, and love to all human beings. Islam is a universal religion. Its blessings, bounties, and auspiciousness are common to all human beings irrespective of community, caste, creed, region, and nation. Islam is the religion of peace and mercy. It is a religion for humanity. It strongly emphasizes love and mercy in general. It teaches us that we should show mercy. R-?-M (Arabic: ?) is the tri consonantal root of many Arabic and Hebrew words, and many of those words are used in the Holy Quran. Holy Quran is a complete guide for all human beings. All chapters in the Quran, except one (Repentance Chapter), begin with the words “Bismillahiar-Rahman AR-Rahim” or in the name of Allah, Most Gracious, Most Merciful. IN Islam the title “Most Merciful” (al-Rahman) is one of the names of Allah and Compassionate (al-Rahim), which is the most common name occurring in the Quran. Rahman and Rahim both derive from the root Rahmat, which refers to tenderness and benevolence. Allah SWT could have used other attributes in its place, but he chooses these two which show their significance. God’s Mercy precedes his other attributes. Each worshipper repeats the attribute of mercy sixty-eight times/day during his five daily prayers. Without love and mercy, there will be chaos in society. Showing mercy to Allah’s creatures creates a society of peace and tolerance. That is why in Holy Quran Allah emphasized mercy and tenderness.

Processing, Characterization, Structure and Ionic Conductivity of Disordered Pyrochlores, Ho2 Zryti1-Y 2O7 Holmium Zirconium-Titanate, Hzt

In this study, a number of compounds in the Ho2(ZryTi1-y)2O7 pyrochlore system, which undergoes an order-disorder structural transition from pyrochlore to a defect-fluorite type, were investigated. The materials were processed by mechanical milling, followed by a two-step sintering route. The structure was analyzed via Rietveld refinements using neutron powder diffraction (NPD) data, and further supported by X-ray diffraction (XRD) to identify the phases and determine the composition of the pyrochlore-fluorite transformation boundary at room temperature. The NPD refinement and XRD results show that compositions with 0.0 ≤ y ≤ 0.5 crystallized into a pyrochlore structure while the ones with 0.7 ≤ y ≤ 1.0 crystallized into the defect-fluorite structure. The composition with y=0.6 was found to be a two phase (pyrochlore and defect-fluorite) mixture. Neutron refinement results confirmed that the cation disorder was independent of the anion Frenkel disorder and also the degree of Frenkel disorder O(1)-O(3) was different from the O(2)-O(3) anion disorder. The relation between x-parameter and anion Frenkel disorder was found to be linear for the pyrochlore structure. Unit-cell parameters were obtained using Rietveld refinements for the whole series and were also calculated via the Nelson-Riley function. The ionic conductivity studies were undertaken via AC impedance analysis to determine the electronic behaviour and its relationship to the structural change in the available temperature range of 300–700°C. The trends in ionic conductivity and activation energy were explained on the basis of NPD and XRD data. The composition at the pyrochlore-fluorite boundary exhibited the lowest activation energy and highest ionic conductivity.