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, at Nanjing University, where my research topic was ultrasound cavitation and sonoluminescence. I got my Mater's degree in Jun. 2012, and after that I entered into industries. Three years's later, I quitted my job in China and went to France to pursue my PhD degree. From Oct. 2015 to present, my research directions and interest have involved acoustic metamaterials and metasurfaces for wave manipulations and energy harvesting. The acquired research results during my, Autobiography My name is Shuibao (Steven) Qi, and I was born in Feb. 1986 in Hubei, 2009.

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, 15 model.param.set('x_f', y_f(i))

, 16 model.param.set('y_f', y_f(j))

, 17 model.sol('sol1 '). runAll

, % Scan of the focusing area

, mphinterp(model

, Data_real=real(Data )

(. Data_imag=imag and . Data,

=. Data_total,

, Amplitude=abs(Data )

, % The magnitude of the sound pressure. 30 31 save('Filename1.dat', 'Amplitude

, 32 save('Filename2.dat','Data_Total

Y. Reshape,

, 36 Fig_Intensity =surface

, Listing B.2-Theoretical 3D

%. Z=,

, ); (k * ( sqrt ((fly-y).^2+ flx .^2+(z-flz ).^2)-flx )/2/pi, vol.1

, 14 % phi(y,z) 15 % 16 % for m=1:24 17 % for n=1:24 18 % if phi(m,n) >=11/12|| phi(m,n) <1/12 19 % phi, p.1

, 20 % elseif phi(m,n) >=1/12&& phi(m,n)<1/4 21 % phi, p.2

, 22 % elseif phi(m,n) >=1/4&& phi(m,n) <5/12 23 % phi, p.3

, 24 % elseif phi(m,n) >=5/12&& phi(m,n) <7/12 25 % phi, p.4

, 26 % elseif phi(m,n) >=7/12&& phi(m,n)<3/4 27 % phi, p.5

, 28 % elseif phi(m,n) >=3/4&& phi