国家/地区 印度（12）
IPC部 C（12） B（8） H（8）
G（2）
IPC大类 C01（12）
IPC小类 C01B（12） B82Y（5） H01G（5）
H01L（3） B01J（2） C09D（2）
H01S（2）
IPC C01B032/198（7） B82Y040/00（5） H01G011/36（5）
B82Y030/00（4） C01B032/184（2）
发明人
公开年 2023（12）
申请年 2023（12）
专利权人

Synthesisizing nickel-manganese-sulfur decorated reduced graphene oxide nanocomposite for ultra-fast photocatalytic degradation of organic dyes, involves adding manganese chloride tetrahydrate into stirring solution and treating homogeneous suspension with cetyltrimethyl ammonium bromide.

SASIPRABA T, GOVINDHASAMY M

Preparing metal and laser induced graphene nanocomposite involves exposing polyimide-metal substrate to blue diode laser source, where exposing results in metal-laser induced graphene nanocomposite formation, and graphene is derived from polyimide.

GOEL S, NISHCHITHA N K

Performing selective oxidation of propylene glycol to hydroxyacetone through liquid phase oxidation involves using copper-infused sulfated zirconium oxide nanoparticles supported on reduced graphene oxide catalyst.

MANGESH V, TAMIZHDURAI P

Manufacture of crystalline reduced graphene oxide used in flexible electronic devices, involves exposing graphene oxide to ultraviolet, visible, or infrared radiant energy.

SURANA K, SONI S S

Preparing highly stable and efficient excitation dependent luminescent graphene quantum dots from Bougainvillea glabra flower involves washing Bougainvillea Glabra flower with bract and cutting into small pieces, and mixing pieces of bougainvillea Glabra flower with bract along with distilled water.

PANACHIKKOOL M, PANDIYARAJAN T

Performing integration of vertically aligned carbon nanotubes into graphene as three-dimensional structure involves preparing colloid mixture of carbon nano tube and reduced graphene oxide by adding carbon nano tube and reduced graphene oxide separately in a suitable solvent.

VIDHYA B, SAKUNTHALA A, NANDHAKUMAR R, RAJESH S

Synthesizing reduced graphene oxide/polyaniline composite coating on solid substrate used in electrochemical energy storage device, involves immersing substrate in aqueous solution of reduced graphene oxide, aniline and ammonium persulfate.

SANKAPAL S R, BAGDE A G, PAWAR D C, LOKHANDE C D

Preparing graphite oxide for production of nanocomposites, by chemical exfoliation, involves oxidizing graphite, with sulfuric acid and potassium permanganate, subjecting precursor to thermal reduction, purifying formed graphite oxide with carbon atoms monolayer arranged in two-dimensional network.

RAVIKUMAR M, SHARMA R S K, GUTHIKONDA K, CHATTERJEE A, SIVAPRASAD G V, BAVIREDDI B R, GAJJELA K R, MUVVA V

Method of energy conversion materials fabricated with boron nitride nanotubes (BNNTS) and BNNT polymer composites, involves synthesizing Boron-containing nanomaterial/polymer fabric from matrix by using managed dispersion of boron-containing nanomaterial into matrix,the connected.

SHARAMILA S, SHIVANNAVAR P M, SHREE S K, KUMAR C K, SHANKRAMMA K

Preparing nanocomposite based humidity sensor, involves preparing graphene oxide-manganese - doped zinc oxide nanohybrid, annealing formed precursor fabricating interdigitated electrodes, cleaning wafer, removing oxide, depositing gold, dicing sensor, adding nanocomposite powder, drop casting sensor.

BALASHANMUGAM P, VALSALAL P