Abstract Pesantren Miftahul Ulum Lumajang is an institution with quality assurance standards for the regeneration of ulama 'and dai with systemized characteristics. Quality assurance is systematic planning in the application of quality management to ensure that a product or service meets quality requirements from start to finish. This research is qualitative research with a field research approach. In this study, data analysis was carried out since data collection was reviewed as a whole. Based on the research findings, the quality assurance system for the regeneration of auxiliary teachers at the Miftahul Ulum Lumajang Islamic Boarding School is carried out on the dimensions of the guarantee system on the cadre side, the guarantee system on the object of regeneration, namely students, and finally the guarantee system in the Islamic boarding school curriculum. Keywords: Quality Assurance; Cadre; Assisted Teachers; Pesantren Abstrak Pesantren Miftahul Ulum Lumajang adalah lembaga yang memiliki standar penjaminan mutu untuk kaderisasi ulama 'dan dai dengan karakteristik yang tersistem. Penjaminan Mutu adalah perencanaan sistematis dalam penerapan manajemen mutu untuk memastikan bahwa suatu produk atau jasa memenuhi persyaratan mutu dari awal sampai akhir. Penelitian ini merupakan penelitian kualitatif dengan pendekatan penelitian lapangan. Dalam studi ini, analisis data dilakukan sejak pengumpulan data diperiksa ulang secara keseluruhan. Berdasarkan temuan penelitian. Berdasarkan temuan penelitian, sistem penjaminan mutu kaderisasi guru bantu di Pondok Pesantren Miftahul Ulum Lumajang dilakukan pada dimensi sistem penjaminan pada pihak pengkader, sistem penjaminan pada objek kaderisasi yaitu santri, dan terakhir adalah sistem penjaminan pada kurikulum pondok pesantren. Kata kunci: Penjaminan Mutu; Kaderisasi; Guru Bantu; Pesantren
Survei geosain dan pemboran empat sumur landaian suhu di daerah Gunung Ungaran dilakukan secara terpisah dan dikerjakan oleh konsultan yang berbeda, akibatnya tidak ada laporan hasil survei yang terpadu. Hasil kompilasi pengolahan, analisis dan interpretasi ulang data survei terdahulu menunjukan tiga kelompok daerah panas bumi di sekitar Ungaran yaitu Gedongsongo, Nglimut dan Kendalisodo. Laporan terdahulu memperkirakan potensi Ungaran 100 MWe. Hasil review data survei memperlihatkan prospek panas bumi Gunung Ungaran berada di sekitar daerah Gedongsongo dan Nglimut dengan total luas prospek 10 km2 dan perkiraan potensi terduga 110MWe.
Penyelidikan dan penelitian geosain di daerah panas bumi Gunung Ungaran telah banyak dilakukan namun belum menghasilkan suatu model konseptual terpadu. Hasil kompilasi data penelitian terdahulu menunjukkan tiga kelompok daerah panas bumi di sekitar Ungaran yaitu Gedongsongo, Nglimut dan Kendalisodo dengan manifestasi berupa mata air panas, fumarol, tanah panas, dan batuan ubahan. Model konseptual panas bumi Gunung Ungaran menggambarkan geometri sistem panas bumi yang mencakup batuan penudung, reservoir, batuan dasar, sumber panas, serta isotermal dari kompilasi seluruh data yang ada.
Daerah panas bumi Wapsalit berada di Pulau Buru, Maluku, Indonesia yang secara geologi berada pada lingkungan non-vulkanik. Berdasarkan penyelidikan terdahulu, daerah ini memiliki prospek panas bumi di sekitar area manifestasi panas bumi yang dikontrol oleh perpotongan dua sesar. Proses inversi 2-Dimensi dari data magnetotellurik (MT) dilakukan untuk menggambarkan sebaran tahanan jenis batuan bawah permukaan. Proses inversi ini menggunakan algoritma Active Constraint Balancing (ACB) yang memanfaatkan prinsip spatially variable regularization parameter. Lapisan konduktif yang berfungsi sebagai lapisan penudung berupa batuan metamorf terubah muncul di dekat permukaan hingga kedalaman 1000 – 1250 meter. Lapisan ini semakin meninggi seiring dengan kedalaman yang mengindikasikan zona reservoir. Zona tahanan jenis tinggi (resistif) dengan bentuk kubah muncul pada bagian bawah yang diinterpretasikan sebagai batuan intrusif muda
The subsurface geological condition of East Java is an area that is crossed by an active fault geological structure. The National Earthquake Center revised the Indonesian Earthquake Hazard and Source Map of 2017 with the discovery of new active faults surrounding the Kendeng Zone, East Java. This research was conducted using Magnetoteluric (MT) method which has high penetration therefore it was able to map the geometry of active deep fault structures beneath the surface. Measurements were made at 11 measuring points focusing on the Blumbang Fault (M6.6) in Lamongan District. 4 (four) lines were made from 11 existing measuring points. The lines were then modelled in 2D to describe the distribution of subsurface resistivity. The results showed an anomaly with low resistivity value which was indicated as Blumbang Fault in 4 section models. Section of line 1 and 2 indicated a fault in the NS-SE direction continuity to the northwest which became deeper to the south from 6 km to 9 km. Lines 3 predicted the fault with low resistivity value (<30 ωm) close to M07 point with a depth of 8 km. However, it did not clearly show its continuity. Line 4 assumed the suspected structure as Blumbang Fault with a resistivity value below 30 ωm that is shallower to the west with 6 km of depth.
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