Missile Defense Impact Factor
Missile defense is a framework, weapon, or innovation associated with the discovery, following, block attempt, and devastation of assaulting rockets. Initially imagined as a protection against atomic outfitted intercontinental ballistic rockets (ICBMs), its application has widened to incorporate shorter-went non-atomic strategic and theater rockets. The United States, Russia, China, India, Israel, France, and Taiwan have all grown such air protection frameworks. The
Missile Defense Agency has created oceanic frameworks and order and control that will in the end be moved to the Navy and Air Force for activity and sustainment.
Missile Defense can be partitioned into classifications dependent on different attributes: type/scope of rocket captured, the direction stage where the catch happens, and whether blocked inside or outside the Earth's climate. Given the enormous assortment by which a barrier framework can work, there are some unarguably powerful exoatmospheric countermeasures an assaulting gathering can use to hinder or totally guard against specific kinds of safeguard frameworks, scopes of ACBM's, and catch areas. A large number of guards to these countermeasures have been actualized and considered while developing rocket protection frameworks, in any case, it doesn't ensure their viability or achievement. The
Missile Defense Agency has gotten examination with respect to their absence of premonition of these countermeasures, making numerous researchers perform different investigations and information examination regarding the genuine adequacy of these countermeasures.The Impact factor (IF) of a scholastic diary is a scientometric list that mirrors the yearly normal number of references that articles distributed over the most recent two years in a given diary got. It is every now and again utilized as an intermediary for the general significance of a diary inside its field; diaries with higher effect factors are regularly considered to be a higher priority than those with lower ones.
High Impact List of Articles
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Study of Electronic and Dielectric Properties of Fluorinated Pyridine-2-dicarboxamide.
Sreepad HR Original Article: Chemical Technology: An Indian Journal
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Study of Electronic and Dielectric Properties of Fluorinated Pyridine-2-dicarboxamide.
Sreepad HR Original Article: Chemical Technology: An Indian Journal
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Experimental investigation of coagulation process performance
Farshad Farahbod, Aryan Abbasi Original Article: Chemical Technology: An Indian Journal
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Experimental investigation of coagulation process performance
Farshad Farahbod, Aryan Abbasi Original Article: Chemical Technology: An Indian Journal
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An investigation on the mixing of the non-Newtonian fluids in stirred tanks by double impellers
Hani Taleshi Ahangari, Jafar Sadegh Moghaddas, Pariya Noeparvar Original Article: Chemical Technology: An Indian Journal
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An investigation on the mixing of the non-Newtonian fluids in stirred tanks by double impellers
Hani Taleshi Ahangari, Jafar Sadegh Moghaddas, Pariya Noeparvar Original Article: Chemical Technology: An Indian Journal
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Experimental study of drying kinetics of skim milk
M.S.Hatamipour*, A.Rahimi, M.Sadripour Original Article: Chemical Technology: An Indian Journal
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Experimental study of drying kinetics of skim milk
M.S.Hatamipour*, A.Rahimi, M.Sadripour Original Article: Chemical Technology: An Indian Journal
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Development and demonstration of pilot scale 50 liters H2 production from swine farm in Thailand
M.Sajakulnukit, S.Mathurapot, P.Siriput, D.Janhorm, K.Suanchan, K.Nilkuha, T.Srinophakun Original Article: Chemical Technology: An Indian Journal
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Development and demonstration of pilot scale 50 liters H2 production from swine farm in Thailand
M.Sajakulnukit, S.Mathurapot, P.Siriput, D.Janhorm, K.Suanchan, K.Nilkuha, T.Srinophakun Original Article: Chemical Technology: An Indian Journal
Relevant Topics in Chemistry