'∮c'											'∮'											'Lbad: surface integral, 04-40'
	'∬s'											'∬'											'Lbad: surface integral, 04-40'
	'∫{d^3r : ∇•J(r,t)/|r - rp|}'			'∫[d(Volume): ∇•J(r,t)/|r - r´|]'	'Lbad: needs explanation'
	'λ(Vons(particle))'						'λ(v)'										'H->L: msg_Lucas_to_HLFN_sol'
	'Aθoc(POIo)'								'θ'											'H->L: msg_Lucas_to_HLFN_sol'
	'Aφoc(POIo)'								'φ'											'H->L: msg_Lucas_to_HLFN_sol'
	'Aθpc(POIp,θfinal)'						'θ´f'											'H->L: msg_Lucas_to_HLFN_sol'
	'Aθpc(POIp)'								'θ´'											'H->L: msg_Lucas_to_HLFN_sol'
	'Aφpc(POIp)'								'φ´'											'H->L: msg_Lucas_to_HLFN_sol'
	'betaSin'									'(β*sin(θ))'								'Lbad: 04-37 needs explanation'
	'beta'										'β'											'Lbad: needs explanation'
	'b'											'β'											'Lbad: needs explanation'
	'B0odv(POIo,t)'							'B0(r,t)'									'H->L: msg_Lucas_to_HLFN_sol'
	'B0(rp,tp)'									'B(r´,t´)'									'Lbad: needs explanation'
	'Bi(ro - vo*t,t)'							'Bi(r - v*t,t)'							'Lbad: msg_Lucas_sol'
	'Bi(ro - vo*t,t)'							'B(r´,t´)'									'Lbad: needs explanation'
	'Bi(rov - vov*t,t)'						'Bi(r - v*t,t)'							'Lbad: msg_Lucas_sol'
	'Bi(rov - vov*t,t)'						'B(r´,t´)'									'Lbad: needs explanation'
	'Bi(rp,tp)'									'Bi(r´,t´)'									'Lbad: needs explanation'
	'Bi(r,t)'									'B(r´,t´)'									'Lbad: needs explanation'
	'BIodv(POIo,t)'							'Bi(r,v,t)'									'H->L: msg_Lucas_to_HLFN_sol'
	'BIodv(POIo,t)'							'{Bi(r,v),Bi(r - v*t,t)}'				'H->L: msg_Lucas_to_HLFN_sol'
	'BIodv'										'Bi'											'H->L: msg_Lucas_to_HLFN_sol'
	'BTodv(POIo,t)'							'{B(r,t),B(r,v,t)}'						'H->L: msg_Lucas_to_HLFN_sol'
	'BTodv(POIp(t),t)'						'Bi(r´,t´)'									'H->L: msg_Lucas_to_HLFN_sol'
	'BTodv(POIp(t),t)'						'{B(r´,t´),E(r´,v´),E(r´,t´)}'		'H->L: msg_Lucas_to_HLFN_sol'
	'B(rov,t)'									'B(r´,t´)'									'Lbad: needs explanation'
	'B(rpv,tp)'									'B(r´,t´)'									'Lbad: needs explanation'
	'B(rp,tp)'									'B(r´,t´)'									'Lbad: needs explanation'
	'B(rp,tp)'									'B(r´,t´)'									'Lbad: needs explanation'
	'B(rp,tp)'									'B(r´,t´)'									'Lbad: needs explanation'
	'B(rp,t)'									'B(r´,t´)'									'Lbad: needs explanation'
	'cosθ'										'cos(θ)'										'Lbad: msg_Lucas_sol'
	'cosOo'										'cos(θ)'										'Lbad: msg_Lucas_sol'
	'cosOp'										'cos(θ´)'									'Lbad: needs explanation'
	'cosO'										'cos(θ)'										'Lbad: msg_Lucas_sol'
	'cosO'										'cos(θ)'										'Lbad: needs explanation'
	'dφ´'											'∂(φ´)'										'Lbad: msg_Lucas_sol'
	'dθ´'											'∂(θ´)'										'L->H: msg_Lucas_to_HFLN_sol'
	'dφ'											'∂(φ)'										'Lbad: msg_Lucas_sol'
	'dθ'											'∂(θ)'										'L->H: msg_Lucas_to_HFLN_sol'
	'd_area'										'∂(Area)´'									'Lbad: msg_Lucas_sol'
	'dap'											'∂(Area)´'									'Lbad: msg_Lucas_sol'
	'da'											'∂(Area)'									'Lbad: msg_Lucas_sol'
	'dArea'										'∂(Area)'									'Lbad: msg_Lucas_sol'
	'dA'											'∂(Area)'									'Lbad: msg_Lucas_sol'
	'dcosO'										'∂(cos(θ))'									'Lbad: needs explanation'
	'dcosO'										'∂(cos(θ))'									'Lbad: needs explanation'
	'dl'											'∂(l)'										'Lbad: msg_Lucas_sol'
	'dOp'											'∂(θ´)'										'Lbad: needs explanation'
	'dO'											'∂(θ)'										'Lbad: msg_Lucas_sol'
	'dp'											'∂'											'Lbad: msg_Lucas_sol'
	'dP'											'∂(φ)'										'Lbad: msg_Lucas_sol'
	'dr'											'∂(r)'										'Lbad: msg_Lucas_sol'
	'dsinOp'										'∂(sin(θ´))'								'Lbad: needs explanation'
	'dS'											'∂(Area)'									'Lbad: needs explanation'
	'dt'											'∂(t)'										'Lbad: msg_Lucas_sol'
	'd'											'∂'											'Lbad: msg_Lucas_sol'
	'E0ods(POIo,t)'							'E0s(rs)'									'H->L: msg_Lucas_to_HLFN_sol'
	'E0ods(POIo,t)'							'E0s(r)'										'H->L: msg_Lucas_to_HLFN_sol'
	'E0ods(POIo,t)'							'E0(rs)'										'H->L: msg_Lucas_to_HLFN_sol'
	'E0odv(POIo,t)'							'E0(r,t)'									'H->L: msg_Lucas_to_HLFN_sol'
	'E0odv(POIo,t)'							'E0(r)'										'H->L: msg_Lucas_to_HLFN_sol'
	'E0odv'										'E0'											'H->L: msg_Lucas_to_HLFN_sol'
	'E0(rp,tp)'									'E0(r´,t´)'									'Lbad: 04-43 needs explanation'
	'Eip(rp,tp)'								'(Ei´(r´,t´)=0)'							'Lbad: needs explanation'
	'Eip'											'Ei´'											'Lbad: needs explanation'
	'Ei(ro - vo*t,t)'							'Ei(r - v*t,t)'							'Lbad: msg_Lucas		msg_abs'
	'Ei(rov - vov*t,t)'						'Ei(r - v*t,t)'							'Lbad: msg_Lucas_sol'
	'Ei(rp,tp)'									'Ei(r´,t´)'									'Lbad: 04-43needs explanation'
	'Ei(rp,t)'									'Ei(r´,t´)'									'Lbad: msg_Lucas_sol'
	'Ei(r,v)'									'Ei(r,v)'									'Lbad: needs explanation'
	'Ei'											'Ei'											'Lbad: needs explanation'
	'EIods(POIo,t)'							'Ei(rs,vs)'									'H->L: msg_Lucas_to_HLFN_sol'
	'EIods(POIp(t),t)'						'|Ei(r - v*t,t)|'							'H->L: msg_Lucas		msg_abs'
	'EIodv(POIo,t)'							'Ei(r,v,t)'									'H->L: msg_Lucas_to_HLFN_sol'
	'EIodv(POIo,t)'							'Ei(r,v)'									'H->L: msg_Lucas_to_HLFN_sol'
	'EIodv(POIo,t)'							'E(r,v)'										'H->L: msg_Lucas_to_HLFN_sol'
	'EIodv(POIp(t),t)'						'Ei(r - v*t,t)'							'H->L: msg_Lucas_to_HLFN_sol'
	'EIodv(POIp(t),t)'						'Ei(ro - vo*t,t)'							'H->L: msg_Lucas_to_HLFN_sol'
	'EIodv(POIp(t),t)'						'Ei(rov - vov*t,t)'						'H->L: msg_Lucas_to_HLFN_sol'
	'EIodv(POIp(t),t)'						'Ei(rp,tp)'									'H->L: msg_Lucas_to_HLFN_sol'
	'EIodv(POIp(t),t)'						'Ei(rp,t)'									'H->L: msg_Lucas_to_HLFN_sol'
	'EIodv(Rpcv(POIp(t),t)'					'Ei(r´,t´)'									'H->L: msg_Lucas_to_HLFN_sol'
	'EIodv'										'Ei'											'H->L: msg_Lucas_to_HLFN_sol'
	'ETodv(POIo,t)'							'{E(r,v,t)E(r)ET}'						'H->L: msg_Lucas_to_HLFN_sol'
	'ETodv(POIp(t),t)'						'E(r´,v´,t´)'								'H->L: msg_Lucas_to_HLFN_sol'
	'E'											'ET'											'Lbad: needs explanation'
	'Fp(rp,tp)'									'F(r´,t´)'									'Lbad: needs explanation'
	'FTodv(POIo,t)'							'F(r,v)'										'H->L: msg_Lucas_to_HLFN_sol'
	'FTodv(POIp(t),t)'						'F(r´,t´)'									'H->L: msg_Lucas_to_HLFN_sol'
	'F(rp,tp)'									'F(r´,t´)'									'Lbad: needs explanation'
	'F(r,v)'										'F(r,v)'										'Lbad: needs explanation'
	'lambda(v)'									'λ(v)'										'Lbad: needs explanation'
	'L(v)'										'λ(v)'										'Lbad: needs explanation'
	'Oh´'											'θ´hat'										'Lbad: needs explanation'
	'Ohp'											'θ´hat'										'Lbad: needs explanation'
	'Oh'''										'θ´hat'										'Lbad: msg_Lucas_sol'
	'Oo'											'θ'											'Lbad: msg_Lucas_sol'
	'Opf'											'θ´f'											'Lbad: msg_Lucas_sol'
	'Op'											'θ´'											'Lbad: needs explanation'
	'pi'											'π'											'Lbad: constant - radians to degrees etc'
	'Ph´'											'φ´hat'										'Lbad: needs explanation'
	'Pph'											'φ´hat'										'Lbad: msg_Lucas_sol'  
	'Pp'											'φ´'											'Lbad: needs explanation'
	'P'											'φ'											'Lbad: phi 04-41  needs explanation'
	'Q(particle)'								'q'											'H->L: msg_Lucas_to_HLFN_sol'
	'r_h'											'rh'											'Lbad: needs explanation'
	'rh´'											'r´h'											'Lbad: unit vector in direction from RFp origin to POIp'
	'rhp'  										'r´h'											'Lbad: msg_Lucas_sol'
	'rh'''  										'r´h'											'Lbad: msg_Lucas_sol'
	'roh'  										'rh'											'Lbad: unit vector in direction from RFo origin to POIo'
	'ros'  										'rs'											'Lbad: msg_Lucas_sol'
	'rov'  										'r'											'Lbad: msg_Lucas_sol'
	'ro'  										'r'											'Lbad: msg_Lucas_sol'
	'rph'  										'r´h'											'Lbad: msg_Lucas_sol'
	'rps'  										'r´s'											'Lbad: msg_Lucas_sol'
	'rpv'  										'r´'											'Lbad: msg_Lucas_sol'
	'rp'  										'r´'											'Lbad: msg_Lucas_sol'
	'r'''  										'r´'											'Lbad: msg_Lucas_sol'
	'Rφpch'										'φhat'										'H->L: msg_Lucas_to_HLFN_sol'  
	'Roch(POIo,Vonv_X_Rpcv)'				'θhat'										'H->L: msg_Lucas_to_HLFN_sol'
	'Roch(POIo)'								'rh'											'H->L: msg_Lucas_to_HLFN_sol'
	'Rocs(POIo)'								'rs'											'H->L: msg_Lucas_to_HLFN_sol'
	'Rocv(POIo)'								'r'											'H->L: msg_Lucas_to_HLFN_sol'
	'Rodh(POIo,Vonv_X_Rpcv)'				'φhat'										'H->L: msg_Lucas_to_HLFN_sol'  
	'ROpch'										'Rθ´h'										'Lbad: needs explanation'
	'Rpch(POIp,Vonv_X_Rpcv)'				'θ´hat'										'H->L: msg_Lucas_to_HLFN_sol'
	'Rpch(POIp)'								'r´h'											'H->L: msg_Lucas_to_HLFN_sol'
	'Rpcs(POIp)'								'{r´s,|r - v*t|}'							'H->L: msg_Lucas_to_HLFN_sol'
	'Rpcv(POIp)'								'{r - v*t,r´}'								'H->L: msg_Lucas_to_HLFN_sol'
	'Rpdh(POIp,Vonv_X_Rpcv)'				'φ´hat'										'H->L: msg_Lucas_to_HLFN_sol'
	'RPpdh'										'Rφ´h'										'Lbad: needs explanation'
	'sinOo'										'sin(θ)'										'Lbad: msg_Lucas_sol'
	'sinOp'										'sin(θ´)'									'Lbad: msg_Lucas_sol'
	'sinO'										'sin(θ)'										'Lbad: needs explanation'
	'sin(Op)'									'sin(θ´)'									'Lbad: needs explanation'
	'U(POIo,t)'									'{U(r,v),U}'								'H->L: msg_Lucas_to_HLFN_sol'
	'vos' 										'vs'											'Lbad: msg_Lucas_sol'	
	'vov' 										'v'				 							'Lbad: msg_Lucas_sol'
	'vo'											'v'											'Lbad: msg_Lucas_sol'
	'vt'											'v*t'											'Lbad: msg_Lucas_sol'
	'Vons(particle)'							'vs' 											'H->L: msg_Lucas_to_HLFN_sol'
	'Vonv_X_Rocv(POIo)'						'vr' 										'H->L: msg_Lucas_to_HLFN_sol'
	'Vonv(particle)'							'v' 											'H->L: msg_Lucas_to_HLFN_sol'
	'w'											'ω'											'Lbad: msg_Lucas_sol'