Explaining the barriers and facilitators of the accreditation process in maternity departments. [PDF]
Hezbiyan Z +10 more
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Long-term trends, health impacts, and economic costs of PM₂.₅ in Khorramabad, Iran (2014-2023). [PDF]
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Temporal Sculpting of Laser Pulses for Functional Engineering of Al<sub>2</sub>O<sub>3</sub>/AgO Films: From Structural Control to Enhanced Gas Sensing Performance. [PDF]
Doohee DY, Azarian A, Mozaffari MR.
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Impact of computerised visual-motor integration and visual perception training games on handwriting and visual skills in children with spastic cerebral palsy: study protocol for a randomised controlled trial. [PDF]
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Daneshvar N +4 more
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Foraminiferal biostratigraphy of the Miocene Qom Formation, northwest of the Qom, Central Iran
Frontiers of Earth Science, 2017Near Dochah, in the type area of the Qom Formation, Central Iran, the Miocene is partly developed in pelagic facies. From the 894.1 meter thick, ‘a to e’ members of this section, 152 samples were collected. Abundant planktonic foraminifera let us correlate the study section with the global planktonic foraminifera biozonations.
Jahanbakhsh Daneshian +1 more
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Miogypsinid biostratigraphy in lower Miocene Qom Formation, Central Iran
Micropaleontology, 2019The Qom Formation of Central Iran consists of carbonates, evaporates and clastics in several depositional cycles, divided into nine members in the type area around Qom city, as best exemplified in the Dobaradar section. Each cycle starts with carbonates, followed by terrestrial and finally evaporate deposits.
Jahanbakhsh Daneshian +1 more
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Burdigalian–Serravalian calcareous nannoplanktons from Qom Formation, North-Center Iran
Arabian Journal of Geosciences, 2009The aim of this study is to determine calcareous nannofossil species found in Kamar-Kuh area and demonstrate this use for biostratigraphic studies. The Qom Formation is widely distributed in Kamar-Kuh section and has nine members(a–f). In this study, 12 samples were taken and prepared with smear slide.
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