@article{A. S. Jadhav_G. T. Mohanra_S. Mayadev_A. N. Gokarn_2018, title={ RAPID METHOD FOR DETERMINATION OF NANO SURFACE AREA OF ARECANUT SHELL DERIVED ACTIVATED CARBON BY IODINE ADSORPTION NUMBER }, url={https://journals.nauka-nanrk.kz/chemistry-technology/article/view/3653}, DOI={10.32014/2018.2518-1491.26}, abstractNote={<p>Activated carbon is the most versatile and commonly used adsorbent. Activated carbon is prepared<br>for 5e+10ng , 1e+11ng, and 3e+11ng batch size. Impregnation ratio maintained is 1:1,2:1,3:1,4:1.Nano activated<br>carbon from arecanut shell is derived. Particles size diameter maintained to 53000 nm. In this study the specific<br>surface area determination of activated carbon by means of the low-temperature argon adsorption (the BET method)<br>is compared with the measurement of the surface area based on the adsorption of I2 from the aqueous KI solution.<br>The iodine adsorption number for the BET surface area is calculated. It is predicted iodine adsorption number SIN<br>method can be used for a quick estimation of the structure development of porous carbonaceous materials.</p>}, number={6}, journal={Известия НАН РК. Серия химии и технологии}, author={A. S. Jadhav and G. T. Mohanra and S. Mayadev and A. N. Gokarn}, year={2018}, month={мар.}, pages={53–56} }