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RuCl3.m
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RuCl3.m
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classdef RuCl3 < TmHl3
%https://materials.springer.com/isp/crystallographic/docs/sd_1300000
properties (SetAccess = public, GetAccess = public)
lambda_Ru
end
methods
function obj = RuCl3()
obj = obj@TmHl3(5.97900);
obj.setLambda(5.86);
obj.setLambda_tmhl(2.657/2);
obj.lambda = 5.7233;
obj.setTm(44);
obj.setHl(17);
obj.numLayer = 1;
obj.lambda_Ru = 0;
end
function [pos, mag] = calculate(self)
[~,hs,ks] = recip2DMeshGrid(self);
[pos, mag] = calculateHK(self,hs,ks);
mag = 4*pi^2/self.area*mag;
self.lambda = 17.17000/3;
end
function [pos, mag] = calculateHK_1L(self,hs,ks)
pos = hs*self.b1' + ks*self.b2';
kz = self.kzProvider(pos(:,1),pos(:,2));
pos(:,3) = kz;
% mag = ones(length(pos),1);
%
% magRu = mag.*(1+exp(-2i*pi/3*(2*hs+ks)));
% magClt = mag.*(...
% exp(-2i*pi/3*hs) +...
% exp(-2i*pi/3*ks) +...
% exp(-4i*pi/3*(hs+ks) ) );
% magClb = mag.*(...
% exp(-4i*pi/3*hs) +...
% exp(-4i*pi/3*ks) +...
% exp(-2i*pi/3*(hs+ks) ) );
%
%
%
% magRu = self.applyScat(pos,magRu,self.tm);
% magClt = self.applyScat(pos,magClt,self.hl);
% magClb = self.applyScat(pos,magClb,self.hl);
%
% mag = magRu + exp(-1i*self.lambda_tmhl*kz).*magClt...
% + exp(+1i*self.lambda_tmhl*kz).*magClb;
%
%Ver Simplified
magRu = ( exp(-1i*kz*self.lambda_Ru/2) + ...
exp( 1i*kz*self.lambda_Ru/2).*exp(-2i*pi/3*(2*hs+ks))...
);
%
magCl = exp(-1i*pi*hs).*( 2*cos(pi*hs/3-kz*self.lambda_tmhl)) + ...
exp(-1i*pi*ks).*( 2*cos(pi*ks/3-kz*self.lambda_tmhl)) + ...
exp(-1i*pi*(hs+ks)).*( 2*cos(pi*(hs+ks)/3+kz*self.lambda_tmhl));
mag = self.applyScat(pos,magRu,self.tm) + ...
self.applyScat(pos,magCl,self.hl);
end
function [pos, mag] = calculateHK_nL(self,hs,ks)
[pos,mag1L] = self.calculateHK_1L(hs,ks);
mag = zeros(size( mag1L ));
kz = pos(:,3);
for indLayer = 1:self.numLayer
if rem(indLayer,3) == 1
mag = mag+mag1L.*exp(-1i*kz*self.lambda*indLayer);
elseif rem(indLayer,3) == 2
mag = mag+...
mag1L.*exp(-1i*(2*pi/3*(2*hs+ks)+kz*self.lambda*indLayer));
elseif rem(indLayer,3) == 0
mag = mag+...
mag1L.*exp(-1i*(2*pi/3*(hs+2*ks)+kz*self.lambda*indLayer));
end
end
mag = mag.*exp(1i*kz*self.lambda*(self.numLayer+1)/2);
end
function [pos, mag] = calculateHK(self,hs,ks)
[pos, mag] = calculateHK_nL(self,hs,ks);
end
% setters
function setTm(self,val)
self.tm.Z = val;
self.tm.fparams = parseElements(val);
end
function setHl(self,val)
self.hl.Z = val;
self.hl.fparams = parseElements(val);
end
function setNumLayer(self,val)
self.numLayer = val;
end
%
function setLambda_tmhl(self, val)
self.lambda_tmhl = val;
end
function setName(self, val)
self.name = val;
end
end
end