Project Code | Project Name |
---|---|
TH/SP/034 | Development of Supercapacitor and applications in electronic circuits |
TH/SP/033 | Development of transparent conducting oxides through solution processes for thin film electronics |
TH/SP/043 | Development of Graphene based Super capacitors for Energy Storage and Frequency Regulation in smart power grids |
TH/SP/037 | Preparation of carbon aerogels & development of aerocapacitor for Electronic applications |
TH/SP/030 | Development cum production and supply of Microwave substrates for 750 W solid state amplifiers |
TH/SP/047 | Development of graphene based transparent electrodes for thin film acoustic actuators and sensors |
TH/SP/050 | Development of graphene supercapacitors for power electronics |
TH/SP/039 | Development of light triggered graphene polymer nano-composite actuators |
TH/SP/053 | Development, production and supply of Microwave substrates |
TH/SP/044 Dr K V Baiju | Development of nanostructured titania photoanode for dye sensitised solar cell applications |
VK-1 | Development and pilot production of Nano-PZT compositions and Piezoceramic components for Underwater SONAR Transducers, Ultrasonic cleaners, and Medical applications |
TH/SP/042 | Development and pilot production of Nano- ZnO for electronics and deep-desulpharisation catalyst applications |
TH/SP/015 | Developement of BMT ceramics for space applications |
TH/SP/009 | Development of high permittivity polymer ceramic composite substrates for Microwave communication application |
TH/SP/011 | Development of temperature compensated high permitivity polyceramic laminates for Microwave substrate application |
TH/SP/019 | Development of polymer woven glass based low permitivity and low Microwave substrate |
TH/SP/026 | Development of ultra low loss temperature stable composite substrates for high power Microwave amplifiers |
TH/TS/030 | Development,production and supply of Microwave substrates for high power Microwave amplifiers. |
TH/SP/041 | Development and pilot plant production of high permittivity and low loss ceramic fill PTFE substrates for Microwave circuit application |
TH/SP/048 | Development of low loss and medium permitivity composite dielectric for radial power combiners |
TH/SP/046 | DEV.OF TITANIA AEROGEL PHOTOANODE FOR DYE SENSITIZED SOLAR CELL |
Th/SP/029 | Pilot plant production of 300Kg of phase pure Cristobalite for space applications |
TH/SP/027 | Synthesis of Nano NTC Material and Development of Chip in Glass Fast Response Thermal Sensors |
TH/SP/039 | Development of light triggered graphene/polymer nanocomposite actuator |
TH/SP/043 | Dev. of Graphene based Supercapacitors for energy storage and frequency regulation in smart power grids |
TH/SP/047 | Dev. of graphene based transparent electrodes for thin film acoustic actuators and sensor |
TH/SP/050 | Dev. of graphene super capacitors for power electronics |
TH/SP/020 | Dev. of Aerogel for button cell Supercapacitors |
TH/SP/034 | Dev. of Supercapacitors for Applications in Electronic Circuits |
TH/SP/035 | Dev. of Nanoparticles doped Aerogel based Hydrogen Storage Materials |
TH/SP/037 | Dev. of Aerocapacitor for Electronic Applications |
TH/SP/032 | Piezoelectric based Bimorph Mirror |
TH/SP/038 | ML actuators for MEMS based micro valve |
TH/SP/048 | Development of low loss and medium permittivity composite dielectric for radial power combiners |
TH/SP/033 | Development of transparent conducting oxide through solution processes for thin film electronics |
TH/SP/049 | Development of Thin Film Solar Cell with Earth abundant Kesterite Absorber |
TH/SP/036 | Multilayer actuators for MEMS based micro valve |
Project Code | Project Name |
---|---|
HD/SP/027 | Development of CdS/CdTe thin film solar cells by electrochemical technique using indigenously produced starting materials |
HD/SP/022 | Establishment of extended pilot plat facility at C-MET Hyderabad for preparation of 320 kg hafnium sponge |
HD/SP/010 | Development of ultra high purity gallium for epitaxial electronic & optoelectronic applications |
HD/SP/035 | Silicon Carbide (SiC) single crystal bulk growth process development |
HD/SP/030 | Synthesis & photocatalytic activity of bulk & nanosized metal titanates |
HD/SP/028 | Ultra-high purification and preparation of crystalline germanium for detector and optoelectronic applications. |
CMET-HD/SP/026 | RoHS testing of mobile cellular phones in the Indian Market |
CMET-HD/SP/025 | Development of Ultra High Pure Gallium for epitaxial Electronics & opto-electronic application. |
CMET-HD/SP/024 | Environmentally sound methods for recovery of metals from printed circuit boards (PCB’s) |
CMET-HD/SP/023 | R & D of new materials based on recycling of reactive and refractory metal scrap through electron beam method (Indo-Bulgarian Scientists exchange Program |
CMET-HD/SP/021 | Ultrahigh quality Silicon Carbide (SiC) single crystals by physical vapor transport (PVT) technique for advanced electronic devices. |
CMET-HD/SP/020 | Design and development of controlled melting and freezing system for preparation of ultra pure crystalline materials for opto-electronics. |
CMET-HD/SP/019 | Process technology development of ultra pure Cadmium for opto-electronic applications |
CMET-HD/SP/018 | Establishment of testing facilities for the hazardous substances as per European Union (EU) Directive of Restricting the use of hazardous substances (RoHS) |
CMET-HD/SP/017 | Microwave sintering of refractory metal and alloy powders and properties characterization |
CMET-HD/SP/015 | Pre-production studies of Niobium & Hafnium for establishment of production plant |
CMET-HD/SP/016 | Studies on the synthesis and phase transformation of FePt nano particles for Data Storage Applictions |
Project Code | Project Name |
---|---|
HD/SP/022 | Establishment of extended pilot plat facility at C-MET Hyderabad for preparation of 320 kg hafnium sponge |
PN/TS/011 | Study on synthesis of nano-aluminium powder by transferred Arc Thermal Plasma Technique |
PN/TS/007 | Accelerometer / gyro packages and mechanical components |
PN/SP/038 | Development of stable Pt and Ni doped nanostructured ternary semiconductor catalysts for solar hydrogen production by water splitting |
PN/SP/034 | Hybrid Solar Cells based on Organic Polymers and Inorganic Nanoparticles |
PN/SP/029 | Q-Semiconductor -Glass-Nanocomposite for Optical and Energy ( Using Solar Light) applications. |
PN/SP/052 | Development of microwave substrates in LTCCCF |
PN/SP/036 | Hydrogen production using nanostructured Fe: TiO2 and N: TiO2 thin films and powders |
PN/SP/035 | Development of green low temperature firable thick film peizoresistive composite pastes for strain gauge applications |
PN/SP/040 | Development of prototype aprons, glass sheets and curtains from Lead free X-Ray absorbing materials |
PN/SP/039 | Development of optical isolators using quantum dots based photonic glasses |
PN/SP/043 | In-house development of photo-conducting paste (using semiconductor nanostructures) for exploration in photo patternable thick film technology for advanced optoelectronic applications |
PN/SP/044 | Development of the prototype photoreactor for the hydrogen production from H2S Under natural sunlight |
PN/SP/042 | Novel solar light driven bismuth sulphide quantum dot-glass nanocomposite photocatalyst for hydrogen generation. |
PN/SP/032 | Development of Advanced processes in LTCC |
PN/SP/021 | Development of multilayer LTCC substrates for Thin Film Gas Sensors |
PN/SP/013 | Technology Demonstration of Multilayer LTCC Packages for MEMS application |
In-house development of photo-conducting paste (using semiconductor nanostructures) for exploration in photopatternable thick film technology for advanced optoelectronic applications | In-house development of photo-conducting paste (using semiconductor nanostructures) for exploration in photopatternable thick film technology for advanced optoelectronic applications |
Development of “Green” Low Temperature Fireable Thick Film Piezo-resistive composite pastes for Strain Gauge Applications | Development of “Green” Low Temperature Fireable Thick Film Piezo-resistive composite pastes for Strain Gauge Applications |
Hybrid Solar Cells based on Organic Polymers and Inorganic Nanoparticles | Hybrid Solar Cells based on Organic Polymers and Inorganic Nano particles |
PN/SP/053 | Efficient waste water treatment using novel catalyst |
Development of optical fiber grade SiCl 4 | Development of optical fiber grade SiCl 4 |
Project Code | Project Name | Funding Agency | Total Outlay in Rs. | Achievement |
---|---|---|---|---|
HD/SP/022 | Establishment of extended pilot plat facility at C-MET Hyderabad for preparation of 320 kg hafnium sponge | VSSC | 2591.14 | Hafnium process technology demonstrated to Quality Control (QC) team of VSSC as per MoU. Nearly 15 kg of Hf sponge handed over to VSSC for Electron Beam (EB) refining. EB refined Hafnium was meeting the desired specifications. Joint Project monitoring Committee declared successful completion of the project meeting all targeted milestones |
PN/TS/011 | Study on synthesis of nano-aluminium powder by transferred Arc Thermal Plasma Technique | HEMRL, Pune | 9.97 | Submitted nano Al powder with average Particle size 70-100 nm, SSA 40-60 m2/g and Tap density 0.095 g/cc to HEMRL |
PN/TS/007 | Accelerometer / gyro packages and mechanical components | R & D E (Engrs) | 90.00 | Submitted the required number of samples to the sponsor |
PN/SP/038 | Development of stable Pt and Ni doped nanostructured ternary semiconductor catalysts for solar hydrogen production by water splitting | ISRO | 10.98 | Prepared Platinum and Nickel doped nanostructured CdIn2S4 for H2O splitting under visible /solar light |
PN/SP/034 | Hybrid Solar Cells based on Organic Polymers and Inorganic Nanoparticles | DeitY | 100.00 | Developed prototype hybrid solar cell (HSC) using CdS (Q-dot):P3HT with cell efficiency of 0.6%. The consistent efficiency was 0.3% . |
PN/SP/029 | Q-Semiconductor -Glass-Nanocomposite for Optical and Energy ( Using Solar Light) applications. | DeitY | 544.50 | Optimized the parameters for Q-CdS and Q-CdSSe–glass nanocomposites at larger batch size for Optical and energy applications with satisfactory results. |
PN/SP/052 | Development of microwave substrates in LTCCCF | NPMASS | 32.26 | Three different microwave design circuits viz. Dipole anteena, filter circuits and monopulse comparator developed and submitted to the sponsoring agency. |
PN/SP/036 | Hydrogen production using nanostructured Fe: TiO2 and N: TiO2 thin films and powders | DST (Indo –Slovenia Collabora-tive project) | 9.41 | The nanostructured Fe: TiO2 and N: TiO2 samples were optimized and sent to Slovenia for water splitting. The results were found satisfactory. |
PN/SP/035 | Development of green low temperature firable thick film peizoresistive composite pastes for strain gauge applications | DRDO | 48.35 | The developed piezoresistors showed good reproducibility, repeatability with the guage factor(GFL and GFT) respectively in the range of 7-15 and 2-4. |
PN/SP/040 | Development of prototype aprons, glass sheets and curtains from Lead free X-Ray absorbing materials | DeitY | 112.58 | Two types of aprons have been fabricated and tested in BARC |
PN/SP/039 | Development of optical isolators using quantum dots based photonic glasses | DeitY | 156.08 | The samples have been optimized on newly installed Magneto-optical Faraday Rotation equipment. The repeatability of glass samples has been tested |
PN/SP/043 | In-house development of photo-conducting paste (using semiconductor nanostructures) for exploration in photo patternable thick film technology for advanced optoelectronic applications | DeitY | 90.00 | Detailed technology document and product cost calculation in respect of photopatternable paste and photosensor completed. Following two prototypes were developed and demonstrated in the laboratory- a)Automatic car light dimmer b)High speed digital objects counter. |
PN/SP/044 | Development of the prototype photoreactor for the hydrogen production from H2S Under natural sunlight | MNRE | 22.40 | The prototype photoreactor has been developed successfully. Trials of hydrogen production using Ag3PO4 nanoparticles in glass nanocomposite photocatalyst from H2S under natural sunlight have been completed. |
PN/SP/042 | Novel solar light driven bismuth sulphide quantum dot-glass nanocomposite photocatalyst for hydrogen generation. | DST | 25.76 | Optimization of hydrogen generation process and generation of hydrogen gas using optimized conditions is completed |
PN/SP/032 | Development of Advanced processes in LTCC | Deity + NPMASS+CMET | Rs 10,25,36,000 /- | Demonstration of test package C with through bores,electrical interconnects with brazed pins were done. ‘Zero’ shrinkage capability: <±1% shrinkage achieved. |
PN/SP/021 | Development of multilayer LTCC substrates for Thin Film Gas Sensors | BRNS, Mumbai | Rs 42,68,751/- | |
PN/SP/013 | Technology Demonstration of Multilayer LTCC Packages for MEMS application | National Program on Smart Materials | Rs 5,25,90,000/- | |
In-house development of photo-conducting paste (using semiconductor nanostructures) for exploration in photopatternable thick film technology for advanced optoelectronic applications | In-house development of photo-conducting paste (using semiconductor nanostructures) for exploration in photopatternable thick film technology for advanced optoelectronic applications | DeitY | 90 Lakhs | |
Development of “Green” Low Temperature Fireable Thick Film Piezo-resistive composite pastes for Strain Gauge Applications | Development of “Green” Low Temperature Fireable Thick Film Piezo-resistive composite pastes for Strain Gauge Applications | DRDO | 48.35 | The developed piezoresistors showed good reproducibility, repeatability with the guage factor(GFL and GFT) respectively in the range of 7-15 and 2-4. |
Hybrid Solar Cells based on Organic Polymers and Inorganic Nanoparticles | Hybrid Solar Cells based on Organic Polymers and Inorganic Nano particles | DeitY | 100 Lakhs | Developed prototype hybrid solar cell (HSC) using CdS (Q-dot):P3HT with cell efficiency of 0.6%. The consistent efficiency was 0.3% . |
PN/SP/053 | Efficient waste water treatment using novel catalyst | INDO-UKIERI, DST | 4.91 Lakhs | Scientists from C-MET, Pune visited UCL at UK. Samples, i.e. nitrogen doped ZnO (optimized) have been prepared and used for water purification. |
Development of optical fiber grade SiCl 4 | Development of optical fiber grade SiCl 4 | DIT-NPC, New Delhi | 16.74 Lakhs |
Project Code | Project Name | Funding Agency | Total Outlay in Rs. | Achievement |
---|---|---|---|---|
HD/SP/027 | Development of CdS/CdTe thin film solar cells by electrochemical technique using indigenously produced starting materials | DST | 68.20 | Project successfully completed meeting the targeted specifications. |
HD/SP/022 | Establishment of extended pilot plat facility at C-MET Hyderabad for preparation of 320 kg hafnium sponge | VSSC | 2591.14 | • Hafnium process technology demonstrated to Quality Control (QC) team of VSSC as per MoU. • Nearly 15 kg of Hf sponge handed over to VSSC for Electron Beam (EB) refining. EB refined Hafnium was meeting the desired specifications. • Joint Project monitoring Committee declared successful completion of the project meeting all targeted milestones |
HD/SP/010 | Development of ultra high purity gallium for epitaxial electronic & optoelectronic applications | DST | 28.40 | • Process technology for preparation of ultra high pure (7N) gallium has been optimized with contamination control . • Using purified gallium, GaAs LPE layer(s) were grown and tested the quality of the layer(s) . |
HD/SP/035 | Silicon Carbide (SiC) single crystal bulk growth process development | DMRL (DRDO) | 998.74 Lakh | Phase-I has been successfully completed .6H & 4H SiC crystals have been grown successfully.HRXRD analysis confirmed the acceptable quality of grown SiC crystals. |
HD/SP/030 | Synthesis & photocatalytic activity of bulk & nanosized metal titanates | SERB, DST | 25 Lakhs | |
HD/SP/028 | Ultra-high purification and preparation of crystalline germanium for detector and optoelectronic applications. | BRNS | 23.90 Lakhs | Developed high purity germanium as per the requirement. |
CMET-HD/SP/026 | RoHS testing of mobile cellular phones in the Indian Market | Indian cellular Associat-ion (ICA) | 13.07 | Eleven numbers of mobile phones of different brands available in Indian grey market have been analyzed. Majority of them are found to be not in compliance with RoHS directive with respect to Pb content. |
CMET-HD/SP/025 | Development of Ultra High Pure Gallium for epitaxial Electronics & opto-electronic application. | |||
CMET-HD/SP/024 | Environmentally sound methods for recovery of metals from printed circuit boards (PCB’s) | DeitY | 96.4 | E-waste calciner was designed, fabricated and erected at E-Parisara and trial runs were carried out. The Pyrolyser is working satisfactorily for normal PCB’s. Preliminary studies were carried out for electrolysis. |
CMET-HD/SP/023 | R & D of new materials based on recycling of reactive and refractory metal scrap through electron beam method (Indo-Bulgarian Scientists exchange Program | DST | 5.73 | Scientists from C-MET visited IE-BAS, Bulgaria and presented the results. |
CMET-HD/SP/021 | Ultrahigh quality Silicon Carbide (SiC) single crystals by physical vapor transport (PVT) technique for advanced electronic devices. | |||
CMET-HD/SP/020 | Design and development of controlled melting and freezing system for preparation of ultra pure crystalline materials for opto-electronics. | |||
CMET-HD/SP/019 | Process technology development of ultra pure Cadmium for opto-electronic applications | |||
CMET-HD/SP/018 | Establishment of testing facilities for the hazardous substances as per European Union (EU) Directive of Restricting the use of hazardous substances (RoHS) | |||
CMET-HD/SP/017 | Microwave sintering of refractory metal and alloy powders and properties characterization | |||
CMET-HD/SP/015 | Pre-production studies of Niobium & Hafnium for establishment of production plant | VSSC, Trivendrum | ||
CMET-HD/SP/016 | Studies on the synthesis and phase transformation of FePt nano particles for Data Storage Applictions |
Project Code | Project Name | Funding Agency | Total Outlay in Rs. | Achievement |
---|---|---|---|---|
TH/SP/034 | Development of Supercapacitor and applications in electronic circuits | BRNS | 22.18 | Developed aerogel supercapacitors of cell capacitance 1-4 F using carbon aerogel as electrode material and the samples were given to BARC for circuitry applns. |
TH/SP/033 | Development of transparent conducting oxides through solution processes for thin film electronics | BRNS | 22.46 | Fabricated n and p type transparent conducting oxide thin films by dip coating technique on quartz substrates and optimised the parameters. The films exhibited good electrical and optical properties |
TH/SP/043 | Development of Graphene based Super capacitors for Energy Storage and Frequency Regulation in smart power grids | CPRI | 25.00 | Graphene supercapacitors were developed having different capacitance varying from 0.5F to 30 F . Graphene supercapacitors having equivalent seies resistance(ESR)upto 0.2 ohms were made. These supercapacitors also shows high reliability by retaining 80% capacitance even after 1000 cycles. |
TH/SP/037 | Preparation of carbon aerogels & development of aerocapacitor for Electronic applications | DeitY | 244.43 | Developed aerocapacitor of cell capacitance 1-3F and 25-35 F and fine tuned the process of aerocapacitor fabrication. |
TH/SP/030 | Development cum production and supply of Microwave substrates for 750 W solid state amplifiers | BRNS | 196.00 | Process parameters were optimized to obtain ceramic filled PTFE composites having effective dielectric constant, r = =3.5±0.03 and tan =0.0018 at 10GHz. |
TH/SP/047 | Development of graphene based transparent electrodes for thin film acoustic actuators and sensors | BRNS | 20.15 | Graphene- PVDF thin film acoustic actuators and sensors were developed. Demonstrated PVDF- graphene thin film transducers as thin film speakers and microphones |
TH/SP/050 | Development of graphene supercapacitors for power electronics | MeitY | 80.11 | Developed graphene supercapacitors which meet the targeted specifications. Graphene supercapacitor banks were made and tested. ToT for quickly rechargeable emergency was approved by GC held on 19.12.2016. Initiated the process for inviting the Expression of Interest (EoI) from industries |
TH/SP/039 | Development of light triggered graphene polymer nano-composite actuators | DST | 19.47 | Photomechanical actutation of graphene polymer nano-composite was demonstrated. The photomechanical stress for graphene PDMS nano-composite is more than 100% that of CNT PDMS nano-co |
TH/SP/053 | Development, production and supply of Microwave substrates | BRNS | 212.53 | Reliabilty studies performed on indigenously developed microwave substratesby fabricating high power solid state amplifiers and integrating into INDUS-2 particle accelerator at RRCAT Indore with an outpot power of 540W. 300 ultra low loss microwave substrates meeting all targeted specifications were delivered to user agency viz. RRCA |
TH/SP/044 Dr K V Baiju | Development of nanostructured titania photoanode for dye sensitised solar cell applications | DST-SERB | 10.79 | Different nanostructures such as titania nanotube, rod sheet are prepared through hydrothermal method and used for DSSC applications. The efficiency of DSSC achieved so far in the range of 4- |
VK-1 | Development and pilot production of Nano-PZT compositions and Piezoceramic components for Underwater SONAR Transducers, Ultrasonic cleaners, and Medical applications | DeitY | 205.30 Lakhs | |
TH/SP/042 | Development and pilot production of Nano- ZnO for electronics and deep-desulpharisation catalyst applications | DST | 69.92 | Established Pilot plant facility for production of Nano-ZnO. Nano-ZnO produced at C-MET was tested at SUD-CHEMIE India, Cochin and found to meet all the targeted requirements for desulpharisation applications . |
TH/SP/015 | Developement of BMT ceramics for space applications | VSSC | 1340000 | |
TH/SP/009 | Development of high permittivity polymer ceramic composite substrates for Microwave communication application | BRNS | 1432875 | |
TH/SP/011 | Development of temperature compensated high permitivity polyceramic laminates for Microwave substrate application | DST | 1437833.00 | |
TH/SP/019 | Development of polymer woven glass based low permitivity and low Microwave substrate | Dept. of Space | 943000.00 | |
TH/SP/026 | Development of ultra low loss temperature stable composite substrates for high power Microwave amplifiers | BRNS | 6748742.00 | |
TH/TS/030 | Development,production and supply of Microwave substrates for high power Microwave amplifiers. | BRNS | 21361402.00 | |
TH/SP/041 | Development and pilot plant production of high permittivity and low loss ceramic fill PTFE substrates for Microwave circuit application | DST | 234.58 | abricated Copper cladded microwave substrates having dielectric constant, r =6.15±0.15 and loss tangent tan =0.0018 at 10GHz. |
TH/SP/048 | Development of low loss and medium permitivity composite dielectric for radial power combiners | BRNS | 3667000 | |
TH/SP/046 | DEV.OF TITANIA AEROGEL PHOTOANODE FOR DYE SENSITIZED SOLAR CELL | NANOMISSION, DEPT. OF SCI.& TECH., GOVT OF INDIA | 44.50 LAKHS | Developed high surface area (150 m2/g) nanocrystalline (10-20 nm) titania aerogel through supercritical drying technique Fabricated DSSC multilayer sturctured photoanodes using titania aerogel Fabricated titania aerogel based DSSC test cell Aerogel based DSSC exhibited higher efficency than standard powder available in the market. |
Th/SP/029 | Pilot plant production of 300Kg of phase pure Cristobalite for space applications | ISRO | 61 Lakhs | |
TH/SP/027 | Synthesis of Nano NTC Material and Development of Chip in Glass Fast Response Thermal Sensors | DeitY | 323.62 lakhs | |
TH/SP/039 | Development of light triggered graphene/polymer nanocomposite actuator | DST | 19.47 Lakhs | Photomechanical actutation of graphene polymer nano-composite was demonstrated. The photomechanical stress for graphene PDMS nano-composite is more than 100% that of CNT PDMS nano-c |
TH/SP/043 | Dev. of Graphene based Supercapacitors for energy storage and frequency regulation in smart power grids | CPRI | 25 Lakhs | |
TH/SP/047 | Dev. of graphene based transparent electrodes for thin film acoustic actuators and sensor | BRNS | 20.15 Lakhs | |
TH/SP/050 | Dev. of graphene super capacitors for power electronics | DeitY | 72.83 Lakhs | |
TH/SP/020 | Dev. of Aerogel for button cell Supercapacitors | DST (Govt. of India) | Rs. 20.27 Lakhs | |
TH/SP/034 | Dev. of Supercapacitors for Applications in Electronic Circuits | BRNS, DAE, Govt. of India | Rs. 22.18 Lakhs | |
TH/SP/035 | Dev. of Nanoparticles doped Aerogel based Hydrogen Storage Materials | DST (Govt. of India) | Rs. 165.05 Lakhs | Developed Ni,Co & Pd-nanoparticles doped carbon aerogels and 1 wt% of Pd-doped activated carbon aerogel exhibited a max. H2 uptake of 4.2 wt% at 77K. |
TH/SP/037 | Dev. of Aerocapacitor for Electronic Applications | DeitY (Govt. of India) | Rs. 244.30 Lakhs | |
TH/SP/032 | Piezoelectric based Bimorph Mirror | BRNS | 29 Lakhs | |
TH/SP/038 | ML actuators for MEMS based micro valve | DeitY | 108.26 | ML actuators, were developed. evaluated their properties and delivered. |
TH/SP/048 | Development of low loss and medium permittivity composite dielectric for radial power combiners | Board of Research in Nuclear Sciences | 42.80 | Delivered 25 number of miniaturized composite dielectric structures for radial power combiner Carried out system level evaluation at user agency (RRCAT, Indore) and found that the return loss is 2dB better than commercially available ones Dual band dielectric resonator loaded radial combiner design is successfully designed in HFSS. |
TH/SP/033 | Development of transparent conducting oxide through solution processes for thin film electronics | BRNS, Mumbai | 19.96 Lakhs | |
TH/SP/049 | Development of Thin Film Solar Cell with Earth abundant Kesterite Absorber | Department of Science and Technology | 45.83 Lakhs | Developed phase pure kesterite (CZTS) thin film absorber films by solution routes meeting all the targeted specifications. CdS buffer layer was coated by chemical bath deposition Aluminium doped ZnO top layer was coated by radio frequency (RF) sputtering. Developed kesterite based prototype thin film solar cell with device structure SLG/Mo/CZTS/CdS/AZO using manually coated Ag collection grid. The cell exhibited an efficiency of 7.8%. |
TH/SP/036 | Multilayer actuators for MEMS based micro valve | NPMASS | 57.37 | Fabricated ML actuators as per the specifications. |