Pooam Bhimrao Waghmare
Page No.: 13159 - 13162
Subhash Singh
Page No.: 13163 - 13175
Rupali Srivastava
Page No.: 13176 - 13180
Sunil Kumar
Page No.: 13181 - 13192
Akram Khan
Page No.: 13193 - 13203
Kalelkar Navita Prabhakar
Page No.: 13204 - 13222
Bishwajit Kumar
Page No.: 13223 - 13228
Mugdha Sangelkar
Page No.: 13229 - 13241
Mugdha Sangelkar
Page No.: 13242 - 13252
Mugdha P. Sangelkar
Page No.: 13253 - 13263
Mrs. Musharraf Jahan
Page No.: 13264 - 13269
M. Sambaiah
Page No.: 13270 - 13279
Vijay Kove & Vinod Raipure
Page No.: 13270 - 13279
Saheb Ali H Niragudi
Page No.: 13280 - 13284
Namesh Kumar Kharwal
Page No.: 13285 - 13289
Rutuparna Mohanty
Page No.: 13290 - 13295
Jyoti & Kalu Ram
Page No.: 13296 - 13301
Namesh Kumar Kharwal
Page No.: 13302 - 13308
Ashwani Kumar
Page No.: 13309 - 13319
Sonakambale Chetana Pralhad & Deepak Sanjure
Page No.: 13320 - 13326
Prativa Panda & Smruti Ranjan Sahoo
Page No.: 13327 - 13334
Rutuparna Mohanty
Page No.: 13335 - 13340
Kaluram Nathu Bhise
Page No.: 13341 - 13344
Mohmed Ali & Mohd Amzad Pasha
Page No.: 13345 - 13351
R. K. Singh
Page No.: 13352 - 13366
Taksha Shambharkar
Page No.: 13367 - 13378
Taksha Shambharkar
Page No.: 13379 - 13388
Hardeep Singh & Sarita Bansal
Page No.: 13389 - 13400
Bhure Prashant
Page No.: 13401 - 13407
Vijay Janardan Chavan
Page No.: 13408 - 13411
Shameem Banu Showkath Hussain & Laurie D. Leason
Page No.: 13412 - 13423
Prof. Amol S. Chawande
Page No.: 13424 - 13433
Dhekle N.M.
Page No.: 13434 - 13442
Dharvesh Katheriya, Piyush Pratap Sinh, Pramod Pandey, Avinash Tripathi & Neejar Kumar Sinh
Page No.: 13433 - 13453
Dhananjay Baburao Lokhande
Page No.: 13454 - 13461
Balaji S. Mudholkar
Page No.: 13462 - 13467
Yudh Veer
Page No.: 13468 - 13476
Yogesh R. Patil
Page No.: 13477 - 13482
Ramesh S. Jagtap
Page No.: 13483 - 13497
Hemant Kumar Pandey & Manoj Kumar Malik
Page No.: 13498 - 13502
Rekha Nariwal
Page No.: 13503 - 13508
Anshu Jain
Page No.: 13509 - 13513
Shashi Kiran
Page No.: 13514 - 13518
Bhupendra Kumar
Page No.: 13519 - 13523
Dev Prakash
Page No.: 13524 - 13530
Snoj Kumar
Page No.: 13531 - 13535
Vishwanatha G
Page No.: 13536 - 13540
Sabita Nayak
Page No.: 13541 - 13548
Kishwar Badakhshan
Page No.: 13549 - 13556
M. K. Patil
Page No.: 13549 - 13556
Sangram Gunjal
Page No.: 13557 - 13567
Dr Kaushal Kishor Singh & Dr Yogendr Kumar Saraswat
Recived Date: 2019-11-20 | Accepted Date: 2019-12-24 | Published Date: 2020-01-01
Page No.: 13568 - 13574
Carbon dots (CD) used as a photocatalyst in photocatalytic applications. This chapter provides an overview of various CD such as surface modified/functionalized, doped, and composites. An outline of the research problem in the field of visible light-assisted photocatalytic applications that sparked this study, scope of the thesis, and a discussion of the study's importance. Along with these chemically synthesized CD, self-doped nano-carbons can be isolated/synthesized from waste material via simple pyrolyzing process. These self doped nano-carbons are used in the photocatalytic and organic transformation reaction. The biocompatible NSCD having good water solubility could be further applied for in vivo bioimaging and more effectively could be extended of NSCD-based drug delivery. The use of sunlight over dark conditions makes the removal process a sustainable approach. Nevertheless, to state we still need to understand the influence of sunlight in detail. Furthermore, NSCD could hold a promising future in the area of environmental decontamination and energy conversion applications.
Dr Ajay Kumar Rajawat, Dr Sharad Kumar Singh Chauhan & Dr Vibha Maheshwari
Recived Date: 2019-11-20 | Accepted Date: 2019-12-24 | Published Date: 2020-01-01
Page No.: 13575 - 13580
Enzyme immobilization transforms homogeneous biocatalysts into heterogeneous systems, enhancing stability, separability, and reusability for industrial applications. This review consolidates validated progress in immobilization techniques (adsorption, covalent bonding, entrapment, encapsulation, cross-linking/CLEAs), underscores classes of carriers (traditional supports, nanomaterials, magnetic carriers, MOFs, and agro-waste biopolymers), and explores significant uses in pharmaceuticals, food processing, environmental cleanup, and biofuels. Major challenges such as enzyme leaching, mass-transfer constraints, and scale-up expenses are examined. The review highlights recent, applicable approaches backed by existing literature: covalent coupling methods, recovery of magnetic nanoparticles, carrier-free CLEAs, and sustainable supports from agro-waste. For India, the focus should be on creating affordable supports and executing pilot-scale demonstrations to bridge the gap between laboratory research and industrial implementation.