• In-situ electrochemical preparation of polyaniline/activated carbon nanocomposite as modified electrode for hybrid supercapacitor 

  Hossain, Md.Torab (Department of Chemistry, BUET, 2023-08-30)

  A supercapacitor is a type of energy storage device with faster charging and dischargingcapacity, longer cycle life and higher power density. They are extensively used in energystoragesystems,transportation,aviation,cons ...
• Synthesis and study of catalytic activity of carbon-capped CNT/nickel nanospheres 

  Mithila, Sumaya Nur (Department of Chemistry, BUET, 2023-08-30)

  Efficiently designed metal nanoparticles (MNPs) for nanotechnology for catalytic application, energy storage and energy conversion, fuel cells, antimicrobial materials, and sensinghave attracted the interest of scientists ...
• Characterization and biodegradability of copper nanoparticle impregnated rice husk polyester resin nano-composites 

  Sakila Sarmin, Mst. (Department of Chemistry, 2022-08-10)

  This research aims to synthesize, characterize, and perform a biodegradability studyof coppernanoparticle-impregnated rice husk-reinforced unsaturated polyester resin composites. The copper nanoparticles (CuNPs) were ...
• Synthesis and characterization of novel multi heteronuclear compounds bearing bis-thiazolidinone, bis-spirotriazole and bisspirothiadiazole moieties and evaluation of their biological property 

  Sabikun, Naher (Department of Chemistry, 2022-11-02)

  Thiazolidinone-based molecules are attractive targets in the rational design of drug-like compounds, which possess anti-inflammatory, antioxidant, antitumor, choleretic, diuretic, and other activities. On the point of ...
• Exploring corrosion inhibition properties of thiadiazol compound for the protection of carbon steel 

  Sabiha, Sharmin (Department of Chemistry, 2023-04-10)

  Thiadiazole derivatives have gained much attention as non-volatile, non-flammable, and non-toxic corrosion inhibitors to build an eco-friendly world. However, these derivatives have found limited practical use for their ...
• Uptake and mobilization trends of heavy metals in various fishes grown in contaminated water bodies and sediment 

  Mahamudul Hassan Khan, Md. (Department of Chemistry, 2023-03-06)

  Heavy metals contamination in different environmental segments have become very significant pollution concern in most of the developing countries now-a-days. Rapid expansion of industrialization without having proper plans, ...
• Fabrication of mechanically tough and highly stretchable hydrogel from orange peel derived pectin 

  Alamgir Hossen, Md. (Department of Chemistry, 2023-02-15)

  Pectin is a high molecular weight naturalpolysaccharide. Ittypically forms hydrogel with weak mechanical strength compared to available synthetic polymeric hydrogels, which has limit various biomedical applications of it. ...
• Removal of phosphates from eutrophic water by utilizing Sylhet sand and rice hull ASH as low-cost adsorbent 

  Abdul Hai, Md. (Department of Chemistry, 2023-02-08)

  Phosphorous is an important nutrient moreover discharge of phosphate into aquatic environment by various human activities causes the deterioration of water quality and causes as threat to the environment by facilitated ...
• Bioaccumulation and translocation of heavy metals in different fruit plants with corresponding health risk assessments 

  Farzana, Yesmin (Department of Chemistry, 2023-08-23)

  The contamination of crops, vegetables, and fruits with heavy and toxic metals has become one of the most severe environmentalpollution problems nowadays in many developingcountries like Bangladesh. Heavy metals can be ...
• Acceptorless dehydrogenative synthesis of imines from alcohols and amines using niobium(v) oxide supported nickel as heterogeneous catalyst 

  Jamal Howlader, Md. (2023-03-14)

  Imines are essential compounds due to their wide range of reactivity, which has led to their widespread use in organic and pharmaceutical synthesis due to their structural similarities with biologically active N-heterocyclic ...
• Self-healable and mechanically strong hydrogel using modified nano-cellulose cross linker 

  Shyla, Chowdhury (Department of Chemistry, 2021-02-20)

  Hydrogels with mechanical strength and self-healing properties can mimic characteristics of biological load-bearing soft tissues. Thus, they have drawn attention over the past few years.However,itis quite challenging to ...
• Preparation of manganese vanadate cathode material for aqueous rechargeable zinc ION battery 

  Anas, Mahmud (Department of Chemistry, 2023-07-16)

  Aqueous rechargeable zinc ion battery(ZIB) is one of the promising alternatives to the lithium-ion battery owing to its high safety and low cost. However, suitable cathode material is still a major issue for their development. ...
• Alumina catalyzed transamidation of primary amides with amines: experimental and computational approaches 

  Rafi Ahmed, Miah (Department of Chemistry, 2023-04-05)

  New favipiravir analogs with high efficiency as a drug molecule was designed and synthesized to meet the global challenge of COVID-19. A computational approach has been applied for the screening and optimization of favipiravir ...
• Enhancement of mechanical property of polyacrylic acid hydrogel using magnetic nanocomposite based crosslinker 

  Sohanur Rahman, Md. (Department of Chemistry, 2023-06-18)

  Derivatives of cellulose, particularly carboxy methyl cellulose (CMC) is one of the popular physical crosslinkers used to improve the mechanical toughness and self-healing capability of polymeric hydrogels. In addition to ...
• Synthesis of ZIF-67-rGO-MnxOy based hybrid MOF electrode material for high-performance supercapacitor 

  Sanjida Afrin (Department of Chemistry, BUET, 2022-11-19)

  This research work has established a simple hydrothermal reaction-based synthesis of hybrid material, ZIF-67-rGO-MnxOy. Using 0.5M Na2SO4, the electrochemical investigation of this hybrid material was made in order to ...
• Synthesis of some novel heterocyclic compounds composed of thiadiazole, AZO and phenolic moieties and study of their antimicrobial property 

  Sanjoy Biswas (Department of Chemistry, BUET, 2022-10-26)

  Heterocyclic compounds are highly essential to life as they play a vital role in the metabolism of all living cells, e. g., pyrimidines and purines are the bases of genetic material of DNA; the essential amino acids like ...
• Synthesis, charecterization and application of silver incorporated mesoporous zeolite 

  Rabeya Akter (Department of Chemistry, BUET, 2022-06-01)

  Nowadays one of the greatest challenges is to save our people from polluted air and water. Porous materials such as zeolites appear to be a promising and sustainable candidate for the solution of air and water pollution. ...
• Diluted halide based ionic liquids for widen potential window to enhance the edl-based supercapacitor performance 

  Ragib Shakil (Department of Chemistry, BUET, 2022-04-27)

  Currently, supercapacitors are being highlighted for their high-power densities and cycle lifetimes, which enable them to charge and discharge faster than batteries and for a longer period of time. However, the energy ...
• Synthesis of cyclic amides from dicarboxylic acids and amines using base tolerant heterogenous catalyst 

  Ifat Nur Dibbo (Department of Chemistry, BUET, 2022-08-05)

  Amide is one of the most valued group in current day and the synthesis of amides are assuredly the most cardinal transformation in synthetic organic and medicinal chemistry. By showing diverse activities as an intermediate ...
• Synthesis of activated carbon supported nickel (Ni/c) catalyst for the effective amidation of aldehyde with amines 

  Kamrojjaman, Md. (Department of Chemistry, BUET, 2022-04-24)

  Amides are the most extensively used substances in both synthetic organic and bioorganic chemistry. Unfortunately, the traditional synthesis of amides suffers from some important drawbacks including low atom efficiency, ...

View more