فیلتر نتایج
نتایج 1 تا 10 از مجموع 11
![پارا-تولوئن سولفونیک اسید تک آبه و تریتیل کلرید به عنوان دو کاتالیزگر آلی موثر برای سنتز ۷،۴-دی هیدرو[۴،۲،۱]تری آزولو[۱،۵-a]پیریمیدین-۶-کربوکسامیدها](/media/l/20641_tn.webp?rnd=0)
Journal Paper
پارا-تولوئن سولفونیک اسید تک آبه و تریتیل کلرید به عنوان دو کاتالیزگر آلی موثر برای سنتز ۷،۴-دی هیدرو[۴،۲،۱]تری آزولو[۱،۵-a]پیریمیدین-۶-کربوکسامیدها
Authors: سید سجاد سجادی خواه، فاطمه سعیدی، هاجر دهقان
Year 1401
Publish place: Applied Chemistry Today Issue 62، Vol 17
Pages: 10 | Language: Persian![Thallium extraction in urine and water samples by nanomagnetic ۴-Aminothieno[۲,۳-d] pyrimidine-۲-thiol functionalized on graphene oxide](/media/l/20120_tn.webp)
Journal Paper
Thallium extraction in urine and water samples by nanomagnetic ۴-Aminothieno[۲,۳-d] pyrimidine-۲-thiol functionalized on graphene oxide
Authors: Seyed Jamilaldin Fatemi، Mohammad Reza Akhgar، Masoud Khaleghi Abbasabadi
Year 1400
Publish place: Analytical Methods in Environmental Chemistry Journal Issue 3، Vol 4
Pages: 12 | Language: English![Synthesis of Furo[۲,۳-d]pyrimidine-۲,۴(۱H,۳H)-diones From Alcohols Using T۳P/DMSO](/media/l/21124_tn.webp?rnd=0)
Journal Paper
Synthesis of Furo[۲,۳-d]pyrimidine-۲,۴(۱H,۳H)-diones From Alcohols Using T۳P/DMSO
Authors: Ebrahim Soleimani، Mohammad Mehdi Khodaei، Hossein Yazdani، Jafar Mohammad Nejhad
Year 1396
Publish place: Organic Chemistry Research Issue 1، Vol 3
Pages: 5 | Language: EnglishJournal Paper
Synthesis of Naphthopyranopyrimidines Using Formic Acid as an Effective Catalyst under Solvent-free Conditions
Authors: Fatemeh Noori Sadeh، Mojtaba Lashkari، Nourallah Hazeri، Malek Taher Maghsoodlou
Year 1397
Publish place: Organic Chemistry Research Issue 2، Vol 4
Pages: 7 | Language: EnglishJournal Paper
Convenient One-pot Access to Pyrano[۲,۳-d]pyrimidine Derivatives via a CuCl۲.۲H۲O Catalyzed Knoevenagel-Michael Addition Reaction in Water/Ethanol Media
Authors: M Maghsoodlu، Farzaneh Mohamadpour، Mojtaba Lashkari، Nourallah Hazeri
Year 1397
Publish place: Organic Chemistry Research Issue 2، Vol 4
Pages: 7 | Language: EnglishJournal Paper
MNPs-TBAN as a Novel Basic Nanostructure and Efficient Promoter for the Synthesis of Pyranopyrimidinones
Authors: Elham Khalili، Najmieh Ahadi، Mohammad Ali Bodaghifard
Year 1399
Publish place: Organic Chemistry Research Issue 2، Vol 6
Pages: 14 | Language: English![One-pot Synthesis Benzopyrano[۲,۳-d]pyrimidine Derivatives Using Copper Nanocatalyst Stabilized On Graphene Oxide Functionalized by N۱,N۲-bis((pyridine-۲-yl)methyl)benzene-۱,۲-diamine](/media/l/99844_tn.webp)
Conference Paper
One-pot Synthesis Benzopyrano[۲,۳-d]pyrimidine Derivatives Using Copper Nanocatalyst Stabilized On Graphene Oxide Functionalized by N۱,N۲-bis((pyridine-۲-yl)methyl)benzene-۱,۲-diamine
Authors: Alahyar Emami-nori، Zahra karamshahi، Ramin Ghorbani-Vaghei
Year 1401
Publish place: 6th National Conference on Chemistry and Nanotechnology Development
Pages: 11 | Language: English
Journal Paper
Antioxidant Activity of New Synthesized Pyrazole and ۲-Oxo-۳H-Pyrimidine Derivatives Containing Imidazo(۱,۲-a) Pyridine
Authors: Doaa Hashim Al-Abboodi، Naeemah Jabber Al-Lami
Year 1402
Publish place: Journal of Medicinal and Chemical Sciences Issue 5، Vol 6
Pages: 8 | Language: English
Journal Paper
Tandem Knoevenagel-Michael-cyclocondensation reaction of malononitrile, various aldehydes and barbituric acid derivatives using isonicotinic acid as an efficient catalyst
Authors: Ahmad Reza Moosavi-Zare، Hamid Goudarziafshar، Zahra Jalilian
Year 1398
Publish place: Progress in Chemical and Biochemical Research Issue 2، Vol 2
Pages: 5 | Language: English![Electron as potential and green catalyst in the multicomponent synthesis of pyrano [2, 3-d] pyrimidine derivatives](/media/l/19618_tn.webp)
Journal Paper
Electron as potential and green catalyst in the multicomponent synthesis of pyrano [2, 3-d] pyrimidine derivatives
Authors: Hojat Veisi، Abbas Maleki، Yasaman Farokhzad
Year 1395
Publish place: Iranian Chemical Communication Issue 2، Vol 5
Pages: 10 | Language: English
نتایج 1 تا 10 از مجموع 11