Pendidikan Anak Perspektif Syaikh Muhammad Syakir Al-Iskandari Dalam Kitab Washoya al-Aba’ lil Abna’

Penelitian ini bertujuan untuk mendeskripsikan Pendidikan Karakter Anak Perspektif Syaikh Muhammad Syakir Al-Iskandari dalam Kitab Washoya al-Aba’ lil Abna’. Penelitian ini menggunakan jenis penelitian Kepustakaan (Library Research) dengan menggunakan metode penelitian kualitatif deskriptif. Penelitian ini mengunakan pendekatan studi pemikiran tokoh, melalui karya tulis ilmiah yang dihasilkan mengunakan teknik analisis isi (content analisys). Hasil dari penelitian dapat disimpulkan bahwa pemikiran Syaikh Muhammad Syakir al-Iskandari mengenai pendidikan karakter anak masih sangat relevan untuk dikembangkan diera kekinian saat ini terlebih lagi didalam dunia pendidikan dan juga dapat pemikiran beliau dapat dikembangkan dalam pembelajaran daring agar pendidikan karakter sesuai dengan yang diharapkan oeh tujuan pendidikan yakni kurikulum 2013. Adapun yang berkaitan dan sangat berkenaan dengan pendidikan karakter antara lain, nasihat guru kepada muridnya, kewajiban kepada Allah SWT, hak dan kewajiban kepada Rasul-Nya, hak dan kewajiban kepada kedua orang tua, hak dan kewajiban kepada teman, keutamaan jujur, kutamaan amanah, keutamaan menjaga diri, dan menghindari sifat buruk

Measurement of the orientation of buffer-gas-cooled, electrostatically-guided ammonia molecules

The files include the REMPI scans, PGOPHER simulations, model of the experimental apparatus and simulated state populations as described in the accompanying Journal of Molecular Spectroscopy publication

Deformation of Armox 440T plates subject to buried explosive charge detonations: A benchmark for appliqué systems

Loading of vehicle undercarriages from the detonation of shallow-buried explosives remains a serious threat to life in conflict and post-conflict zones. One method to protect lightly-armoured vehicles is to retrofit them with appliqué armour, which must be strong enough to provide adequate protection, but light enough to maintain vehicle manoeuvrability. A key performance metric of this armour is its deformation under loading, which must be limited to avoid impact upon vehicle occupants. The high-strength steel Armox 440T is commonly used due to its high load capacity, strength-to-weight ratio, ductility and low cost: as other protection systems are developed, it would be of great benefit to compare their deformation against an Armox 440T benchmark. However, no definitive benchmarking study has been published to date, mainly due to the difficulties in ensuring repeatable loading from complex buried detonations. This paper presents experiments which underpin such a benchmarking study, building on the authors’ previous work to establish a methodology which produces very consistent loading from shallow-buried detonations. Tests were conducted with a range of explosive masses and plate thicknesses, with target plates secured in a purpose-designed frame to produce simple, consistent boundary conditions. Plate deformations captured by stereo high-speed digital image correlation were compared to a commonly-used low-cost peak deflection method. High-speed digital image correlation was found to make highly reproducible displacement measurements with a standard deviation of 2% of the mean. The low-cost method provided slightly higher variability up to 5% of the mean value, and measurements of peak deformation were systematically 20% higher, but in a consistent manner, with a low unit cost and without risk to expensive test equipment. The low-cost method therefore allowed the development of a multivariate regression relationship between deformation, charge size and plate thickness, which provides a benchmark for the assessment of future protection solutions