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RadarRangeEquation

•Functions and parameters contained in this package:

In[1]:=

RadarPackageFunctions[RadarRangeEquation, 2]

Out[1]//DisplayForm=

[Graphics:HTMLFiles/index_2.gif]

•Package functions and their basic documentation along with simple examples

•RadarRangeEquation

[Graphics:HTMLFiles/index_3.gif]

•RangeEquationSNRGeneral

[Graphics:HTMLFiles/index_4.gif]

In[2]:=

RangeEquationSNRGeneral[{R _ 1, R _ 2}, P, {G _ T, G _ R}, {Underoverscript[∏, i = 1, arg3] L _ i}, σ, Frequency[λ], B _ N, T _ N, k _ B]

Out[2]=

(P λ^2 σ (Underoverscript[∏, i = 1, arg3] L _ i) G _ R G _ T)/(64 π^3 B _ N k _ B R _ 1^2 R _ 2^2 T _ N)

In[3]:=

RangeEquationSNRGeneral[R, P, {G _ T, G _ R}, {Underoverscript[∏, i = 1, arg3] L _ i}, σ, Frequency[λ], B _ N, T _ N, k _ B]

Out[3]=

(P λ^2 σ (Underoverscript[∏, i = 1, arg3] L _ i) G _ R G _ T)/(64 π^3 R^4 B _ N k _ B T _ N)

In[4]:=

Frequency[λ]

Out[4]=

299792458/λ

In[5]:=

RangeEquationSNRGeneral[R, P, {G _ T, G _ R}, {Underoverscript[∏, i = 1, arg3] L _ i}, σ, ν, B _ N, T _ N, k _ B]

Out[5]=

(22468879468420441 P σ (Underoverscript[∏, i = 1, arg3] L _ i) G _ R G _ T)/(16 π^3 R^4 ν^2 B _ N k _ B T _ N)

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