In this research, brinjal and radish plants were each examined for external morphological characteristics. These only relate to variations in external morphological appearance and are not related to the values of the data. These characters were thoroughly studied and both control and contaminated soil sites were documented with their respective figures. The effluents from the nearby factories of the Sanganer district, Rajasthan, India are found in these contaminated sites. It was experimentally reported that, when allowed to grow under different irrigation conditions, both mature vegetable plants displayed significant morphological differences.
Please see the link :- https://www.ikprress.org/index.php/PCBMB/article/view/5322
Showing posts with label control. Show all posts
Showing posts with label control. Show all posts
Tuesday, January 19, 2021
Saturday, January 11, 2020
FUZZY INFERENCE MODEL OF CARBON DIOXIDE CONSUMPTION FOR CALCIUM CARBONATES PRODUCTION
Experiments performed
of calcium carbonate production by passing carbon dioxide through within
calcium hydroxide mixture prepared in deionized water are considered at low to
high temperature each at a time. In this paper, a built fuzzy interface model
of inputs pH, time and temperature with output reaction conversion is
constructed. Considering a constant temperature, fuzzy inference of carbon dioxide
consumption is orderly inference. Various membership functions, each at a time,
are placed to find representation with the process output. Broader shoulder
membership function response is found closing.
Friday, January 3, 2020
FUZZY INTERFACE OF CALCIUM CARBONATE PRODUCTION DEPICTING GAS GAUGE
Calcium carbonate is an active component of the
limestone. Calcium Carbonate Equivalent and the Effective Calcium Carbonate
Equivalent give a numeric to the effectiveness of different liming materials.
The first method compares a particular quarry's stone with the neutralizing
power of pure calcium carbonate [1]. In this paper, the process of mixing
calcium hydroxide into deionized water and jet bubbling carbon dioxide gas
reacting through the contained is used. Output reaction conversion on inputs:
acidity, reaction time, stirring, pressure and temperature is interfaced
creating a fuzzy interfacing model. Reaction conversion is implicated on inputs
of acidity and reaction time for a temperature value keeping other variables
constant and assuming homogeneous reaction throughout within reactor. Gas flow
gauge is fall timely and considering parametric and variability change, this is
depicted.
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