Accelerator Programme:
  
A.1: Utilization of Indus beamlines [pdf]
A.2: Indus-2 up-gradation: Installation and commissioning of APPLE-2 undulator [pdf]
A.3: Operation of Indus-2 at 100 mA, 2.5 GeV with undulator Ul [pdf]
A.4: Development of OFE-Copper RF cavity for Indus-2 [pdf]
A.5: Processing and testing of single-cell 650MHz SCRF cavity [pdf]
A.6: Indigenous development of semi-automaticcavity tuning machine [pdf]
A.7: Development of compact power supplies for explosive detection system [pdf]
A.8: Development of a CBP machine for 650MHz SCRF cavity [pdf]
A.9: Development of an infra-red free electron laser (IR-FEL) at RRCAT [pdf]
A.10: Status of 24 MW microwave system and LLRF control for IR-FEL linac [pdf]
A.11: Differential vacuum pump for Indus-2 beam line [pdf]
A.12: Bremsstrahlung source term from optimum targets [pdf]
A.13: Data logging system enhancements for Indus accelerators [pdf]
A.14: New distributed control system for Indus-1 RF using ECMs and EPICS [pdf]
A.15: Development of a web server for sputter ion pumps power supplies Indus-2 [pdf]
A.16: Structural analysis of Ni_1-xZn_xO and its correlation with XANES data from lndus-2 [pdf]
A.17: Micro-structural analysis of nanolayered materials at BL-16 beamline [pdf]

Laser Programme:
L.1: Removal of Q-16 coolant channel of KAPS-2 reactor by laser cutting [pdf]
L.2: Laser cutting of steam generator tubes at KKNPP-2 reactor [pdf]
L.3: Quasi-mono-energetic Au ion acceleration using high intensity lasers [pdf]
L.4: Development of all-fiber thulium-doped CW fiber laser [pdf]
L.5: Development of optoelectronic devices based on III-V semiconductors [pdf]
L.6: Resistive memory switching in ultra-thinfilms of Ti0₂ [pdf]
L.7: Crystalline structure and band alignment property of InAs/Ge(lll) [pdf]
L.8: Generation of UV beam by frequency summing of outputs of Copper-HBr laser [pdf]
L.9: Two-isotope magneto-optical trap for noble gas Krypton atoms [pdf]
L.10: Oblique laser peening enhances stresscorrosion cracking resistance [pdf]
L.11: Antimicrobial photodynamic therapy induces angiogenesis in wounds [pdf]
L.12: Photonic nanojet for enhancement of transmission through nano apertures [pdf]
L.13: Use of Raman optical tweezers for cell cycle analysis [pdf]

 Infrastructure:
  
I.1: Civil and construction activities [pdf]
I.2: Installation & commissioning of CNC wateijet cutting machine(CWJCM) [pdf]

 Theme Articles:

T.1: A Novel Technology for Niobium to Austenitic Stainless Steel Brazed Joints [pdf]
T.2: Laser Optogalvanic Spectroscopy and its Applications [pdf]
T.3: Beam Lifetime Studies in Synchrotron Radiation Source Indus-2 [pdf]

 Publications: Publications from RRCAT during July 2015 to December 2015 [pdf]

 News:

N.1: 24th DAE-BRNS National Laser Symposium (NLS-24) at RRCAT [pdf]
N.2: 32^nd DAE Safety & Occupational Health Professionals Meet at RRCAT [pdf]
N.3: One day theme meeting on Indus synchrotrons utilization [pdf]
N.4: Participation ofRRCAT in National level Industrial Exhibition cum Vendor Development Programme [pdf]
N.5: Honours andAwards [pdf]
N.6: Superannuations [pdf]
N.7: आरआरकेट में माह जुलाई 2015 से दिसंबर 2015 तक की अवधि के दौरान हिन्दी के प्रचार-प्रसार से संबंधित विभिन्न गतिविधियाँ [pdf]
N.8: Public outreach program of RRCAT during Diamond Jubilee Year of DAE [pdf]

• Dr. Rajeev Khare