| Removal of as(V), Cr(VI) and Cr(III) heavy metal ions from environmental waters using amidoxime and quaternized hydrogels | Duygu ALPASLAN,Tuba Ersen DUDU | 104–114 |
| Removal of as(V), Cr(VI) and Cr(III) heavy metal ions from environmental waters using amidoxime and quaternized hydrogels | Tuba Ersen Dudu, Duygu Alpaslan | 104–114 |
| Study of the activity of a novel green catalyst used in the production of hydrogen from methanolysis of sodium borohydride | Tülin Avcı HANSU | 115–121 |
| Study of the activity of a novel green catalyst used in the production of hydrogen from methanolysis of sodium borohydride | Tülin Avcı Hansu | 115–121 |
| Environmental pollution size of the Bishkek Solid Waste Landfill and treatment of generated leachate wastewater | Venera Edilbek KYZY,Nurzat ŞAYKİYEVA,Kubat KEMELOV,Mustafa DOLAZ,Mehmet KOBYA | 122–128 |
| Environmental pollution size of the Bishkek Solid Waste Landfill and treatment of generated leachate wastewater | Mustafa Dolaz, Mehmet Kobya, Venera Edilbek Kyzy, Nurzat Şaykiyeva, Kubat Kemelov | 122–128 |
| Toxicity of polyvinyl alcohols in medicinal chemistry | Orkun DALYAN,Ömer Faruk ÖZTÜRK,Mehmet Burçin PİŞKİN | 129–135 |
| Toxicity of polyvinyl alcohols in medicinal chemistry | Mehmet Pişkin, Orkun Dalyan, Ömer Faruk Öztürk | 129–135 |
| Study on antimony cake as a technogenic raw material for the production of antimony oxides | Zarlyk MAİMEKOV,Zhyldyz TUNGUCHBEKOVA,Kubat KEMELOV,Uran MAİMEKOV,Damira SAMBAEVA | 136–141 |
| Study on antimony cake as a technogenic raw material for the production of antimony oxides | Damira Sambaeva, Kubat Kemelov, Zarlyk Maimekov, Zhyldyz Tunguchbekova, Uran Maimekov | 136–141 |
| Boric acid versus boron trioxide as catalysts for green energy source H2 production from sodium borohydride methanolysis | Sahin DEMİRCİ,Betul ARİ,Sultan B. SENGEL,Erk INGER,Nurettin SAHİNER | 142–152 |
| Boric acid versus boron trioxide as catalysts for green energy source H2 production from sodium borohydride methanolysis | Betul Ari, Sahin Demirci, Sultan B. Sengel, Erk Inger, Nurettin Sahiner | 142–152 |
| A cleaner application on hydrogen sulfide | Merve AKSU,MEHMET HAKAN MORCALI | 153–159 |
| A cleaner application on hydrogen sulfide | Mehmet Hakan Morcali, Merve Aksu | 153–159 |
| Training of the feed-forward artificial neural networks using butterfly optimization algorithm | Büşra IRMAK,Saban GULCU | 160–168 |
| Training of the feed-forward artificial neural networks using butterfly optimization algorithm | Şaban Gülcü, Büşra Irmak | 160–168 |
| Sedimentological and mineralogical-petrographic characteristics of Miocene evaporitic deposits (SW Erzincan) | Pelin GÜNGÖR YEŞİLOVA,Şeyma YAVUZ | 169–183 |
| Sedimentological and mineralogical-petrographic characteristics of Miocene evaporitic deposits (SW Erzincan) | Şeyma Yavuz, Pelin Güngör Yeşilova | 169–183 |
| Optimization of multi effect evaporation systems using a metaheuristic hybrid algorithm | Orhun UZDİYEM,Yavuz ÖZÇELİK | 184–191 |
| Optimization of multi effect evaporation systems using a metaheuristic hybrid algorithm | Yavuz Özçelik, Orhun Uzdiyem | 184–191 |
| Fitting the Itô Stochastic differential equation to the COVID-19 data in Turkey | Sevda Özdemir ÇALIKUŞU,Fevzi ERDOĞAN | 192–197 |
| Fitting the Itô Stochastic differential equation to the COVID-19 data in Turkey | Fevzi Erdoğan, Sevda Özdemir Çalıkuşu | 192–197 |
| On elementary soft compact topological spaces | İsmet ALTINTAŞ,Arzıgul İMANKULOVA | 198–205 |
| On elementary soft compact topological spaces | İsmet Altıntaş, Arzıgul İmankulova | 198–205 |