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Align text within align

2

I'm trying to align the text inside the following code - and remove the numbering on the text lines - but it has an odd slanted appearance and also the text lines are numbered. I've tried nonumber but it doesn't work.

The reflected wave can be written in the form

begin{equation}label{b_at_x3_0_ricatti_bc_2}

hat b_0(omega,0) = mathcal{hat R}(omega) hat f (omega),

end{equation}

where, from the second equation in (ref{matching_at_0_homog}) we have

begin{eqnarray}label{local_reflection_coeff_ricatti_3}

mathcal{hat R}(omega) &=& frac{T_0 hat b(omega,0)}{hat f(omega)} + R_0 nonumber\

text{and then using equation (ref{b_at_x3_0_ricatti_bc_1}) we have} \ 

&=& frac{hat{R}(omega,0)(overbrace{T_0^2+R_0^2}^{=1})+R_0}{1+R_0 hat{R}(omega,0)} nonumber \

text{and now using (ref{R1T1_homog}) we have}  \

&=&  frac{hat{R}(omega,0)+R_0}{1+R_0 hat{R}(omega,0)},

end{eqnarray} 

How can I do both here? Help much appreciated.

align

share|improve this question

asked 9 hours ago

rodger_kicksrodger_kicks

465

add a comment | 

2

I'm trying to align the text inside the following code - and remove the numbering on the text lines - but it has an odd slanted appearance and also the text lines are numbered. I've tried nonumber but it doesn't work.

The reflected wave can be written in the form

begin{equation}label{b_at_x3_0_ricatti_bc_2}

hat b_0(omega,0) = mathcal{hat R}(omega) hat f (omega),

end{equation}

where, from the second equation in (ref{matching_at_0_homog}) we have

begin{eqnarray}label{local_reflection_coeff_ricatti_3}

mathcal{hat R}(omega) &=& frac{T_0 hat b(omega,0)}{hat f(omega)} + R_0 nonumber\

text{and then using equation (ref{b_at_x3_0_ricatti_bc_1}) we have} \ 

&=& frac{hat{R}(omega,0)(overbrace{T_0^2+R_0^2}^{=1})+R_0}{1+R_0 hat{R}(omega,0)} nonumber \

text{and now using (ref{R1T1_homog}) we have}  \

&=&  frac{hat{R}(omega,0)+R_0}{1+R_0 hat{R}(omega,0)},

end{eqnarray} 

How can I do both here? Help much appreciated.

align

share|improve this question

asked 9 hours ago

rodger_kicksrodger_kicks

465

add a comment | 

I'm trying to align the text inside the following code - and remove the numbering on the text lines - but it has an odd slanted appearance and also the text lines are numbered. I've tried nonumber but it doesn't work.

The reflected wave can be written in the form

begin{equation}label{b_at_x3_0_ricatti_bc_2}

hat b_0(omega,0) = mathcal{hat R}(omega) hat f (omega),

end{equation}

where, from the second equation in (ref{matching_at_0_homog}) we have

begin{eqnarray}label{local_reflection_coeff_ricatti_3}

mathcal{hat R}(omega) &=& frac{T_0 hat b(omega,0)}{hat f(omega)} + R_0 nonumber\

text{and then using equation (ref{b_at_x3_0_ricatti_bc_1}) we have} \ 

&=& frac{hat{R}(omega,0)(overbrace{T_0^2+R_0^2}^{=1})+R_0}{1+R_0 hat{R}(omega,0)} nonumber \

text{and now using (ref{R1T1_homog}) we have}  \

&=&  frac{hat{R}(omega,0)+R_0}{1+R_0 hat{R}(omega,0)},

end{eqnarray} 

How can I do both here? Help much appreciated.

align

share|improve this question

asked 9 hours ago

rodger_kicksrodger_kicks

465

The reflected wave can be written in the form

begin{equation}label{b_at_x3_0_ricatti_bc_2}

hat b_0(omega,0) = mathcal{hat R}(omega) hat f (omega),

end{equation}

where, from the second equation in (ref{matching_at_0_homog}) we have

begin{eqnarray}label{local_reflection_coeff_ricatti_3}

mathcal{hat R}(omega) &=& frac{T_0 hat b(omega,0)}{hat f(omega)} + R_0 nonumber\

text{and then using equation (ref{b_at_x3_0_ricatti_bc_1}) we have} \ 

&=& frac{hat{R}(omega,0)(overbrace{T_0^2+R_0^2}^{=1})+R_0}{1+R_0 hat{R}(omega,0)} nonumber \

text{and now using (ref{R1T1_homog}) we have}  \

&=&  frac{hat{R}(omega,0)+R_0}{1+R_0 hat{R}(omega,0)},

end{eqnarray} 

share|improve this question

asked 9 hours ago

rodger_kicksrodger_kicks

465

share|improve this question

asked 9 hours ago

rodger_kicksrodger_kicks

465

asked 9 hours ago

rodger_kicksrodger_kicks

465

asked 9 hours ago

rodger_kicksrodger_kicks

465

1 Answer
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oldest

votes

7

You can use intertext to add text lines inside of align.

documentclass[12pt]{article}

usepackage{makecell}

usepackage{amsmath}

usepackage{bm}

begin{document}



The reflected wave can be written in the form

begin{equation}label{b_at_x3_0_ricatti_bc_2}

hat b_0(omega,0) = hat{mathcal{R}}(omega) hat f(omega),

end{equation}

%

where, from the second equation in eqref{matching_at_0_homog} we have

begin{align}label{local_reflection_coeff_ricatti_3}

hat{mathcal{R}}(omega) &= frac{T_0 hat b(omega,0)}{hat f(omega)} + R_0 

intertext{and then using equation eqref{b_at_x3_0_ricatti_bc_1} we have} 

hat{mathcal{R}}(omega) &= frac{hat{R}(omega,0)(overbrace{T_0^2+R_0^2}^{=1})+R_0}{1+R_0 hat{R}(omega,0)} 

intertext{and now using eqref{R1T1_homog} we have} 

hat{mathcal{R}}(omega) &= frac{hat{R}(omega,0)+R_0}{1+R_0 hat{R}(omega,0)},

end{align} 



end{document}

share|improve this answer

edited 7 hours ago

answered 9 hours ago

AboAmmarAboAmmar

35.6k32985

• 
  
  
  

  
  2
  

  
  
  
  
  
  

  
  
  +1, though personally I'd favour shortintertext from mathtools.
  
  – campa
  9 hours ago
  

  
  
  
  


• 
  
  
  

  
  

  
  
  
  
  
  

  
  
  Thank you for a great answer. Problem solved.
  
  – rodger_kicks
  9 hours ago
  

  
  
  
  


• 
  
  
  

  
  1
  

  
  
  
  
  
  

  
  
  I (and the AMS) recommend eqref{<label>} rather than (ref{<label>})
  
  – egreg
  9 hours ago
  

  
  
  
  


• 
  
  
  

  
  

  
  
  
  
  
  

  
  
  Yes, sure, I updated my answer.
  
  – AboAmmar
  7 hours ago
  

  
  
  
  

add a comment | 

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7

You can use intertext to add text lines inside of align.

documentclass[12pt]{article}

usepackage{makecell}

usepackage{amsmath}

usepackage{bm}

begin{document}



The reflected wave can be written in the form

begin{equation}label{b_at_x3_0_ricatti_bc_2}

hat b_0(omega,0) = hat{mathcal{R}}(omega) hat f(omega),

end{equation}

%

where, from the second equation in eqref{matching_at_0_homog} we have

begin{align}label{local_reflection_coeff_ricatti_3}

hat{mathcal{R}}(omega) &= frac{T_0 hat b(omega,0)}{hat f(omega)} + R_0 

intertext{and then using equation eqref{b_at_x3_0_ricatti_bc_1} we have} 

hat{mathcal{R}}(omega) &= frac{hat{R}(omega,0)(overbrace{T_0^2+R_0^2}^{=1})+R_0}{1+R_0 hat{R}(omega,0)} 

intertext{and now using eqref{R1T1_homog} we have} 

hat{mathcal{R}}(omega) &= frac{hat{R}(omega,0)+R_0}{1+R_0 hat{R}(omega,0)},

end{align} 



end{document}

share|improve this answer

edited 7 hours ago

answered 9 hours ago

AboAmmarAboAmmar

35.6k32985

• 
  
  
  

  
  2
  

  
  
  
  
  
  

  
  
  +1, though personally I'd favour shortintertext from mathtools.
  
  – campa
  9 hours ago
  

  
  
  
  


• 
  
  
  

  
  

  
  
  
  
  
  

  
  
  Thank you for a great answer. Problem solved.
  
  – rodger_kicks
  9 hours ago
  

  
  
  
  


• 
  
  
  

  
  1
  

  
  
  
  
  
  

  
  
  I (and the AMS) recommend eqref{<label>} rather than (ref{<label>})
  
  – egreg
  9 hours ago
  

  
  
  
  


• 
  
  
  

  
  

  
  
  
  
  
  

  
  
  Yes, sure, I updated my answer.
  
  – AboAmmar
  7 hours ago
  

  
  
  
  

add a comment | 

7

You can use intertext to add text lines inside of align.

documentclass[12pt]{article}

usepackage{makecell}

usepackage{amsmath}

usepackage{bm}

begin{document}



The reflected wave can be written in the form

begin{equation}label{b_at_x3_0_ricatti_bc_2}

hat b_0(omega,0) = hat{mathcal{R}}(omega) hat f(omega),

end{equation}

%

where, from the second equation in eqref{matching_at_0_homog} we have

begin{align}label{local_reflection_coeff_ricatti_3}

hat{mathcal{R}}(omega) &= frac{T_0 hat b(omega,0)}{hat f(omega)} + R_0 

intertext{and then using equation eqref{b_at_x3_0_ricatti_bc_1} we have} 

hat{mathcal{R}}(omega) &= frac{hat{R}(omega,0)(overbrace{T_0^2+R_0^2}^{=1})+R_0}{1+R_0 hat{R}(omega,0)} 

intertext{and now using eqref{R1T1_homog} we have} 

hat{mathcal{R}}(omega) &= frac{hat{R}(omega,0)+R_0}{1+R_0 hat{R}(omega,0)},

end{align} 



end{document}

share|improve this answer

edited 7 hours ago

answered 9 hours ago

AboAmmarAboAmmar

35.6k32985

• 
  
  
  

  
  2
  

  
  
  
  
  
  

  
  
  +1, though personally I'd favour shortintertext from mathtools.
  
  – campa
  9 hours ago
  

  
  
  
  


• 
  
  
  

  
  

  
  
  
  
  
  

  
  
  Thank you for a great answer. Problem solved.
  
  – rodger_kicks
  9 hours ago
  

  
  
  
  


• 
  
  
  

  
  1
  

  
  
  
  
  
  

  
  
  I (and the AMS) recommend eqref{<label>} rather than (ref{<label>})
  
  – egreg
  9 hours ago
  

  
  
  
  


• 
  
  
  

  
  

  
  
  
  
  
  

  
  
  Yes, sure, I updated my answer.
  
  – AboAmmar
  7 hours ago
  

  
  
  
  

add a comment | 

You can use intertext to add text lines inside of align.

documentclass[12pt]{article}

usepackage{makecell}

usepackage{amsmath}

usepackage{bm}

begin{document}



The reflected wave can be written in the form

begin{equation}label{b_at_x3_0_ricatti_bc_2}

hat b_0(omega,0) = hat{mathcal{R}}(omega) hat f(omega),

end{equation}

%

where, from the second equation in eqref{matching_at_0_homog} we have

begin{align}label{local_reflection_coeff_ricatti_3}

hat{mathcal{R}}(omega) &= frac{T_0 hat b(omega,0)}{hat f(omega)} + R_0 

intertext{and then using equation eqref{b_at_x3_0_ricatti_bc_1} we have} 

hat{mathcal{R}}(omega) &= frac{hat{R}(omega,0)(overbrace{T_0^2+R_0^2}^{=1})+R_0}{1+R_0 hat{R}(omega,0)} 

intertext{and now using eqref{R1T1_homog} we have} 

hat{mathcal{R}}(omega) &= frac{hat{R}(omega,0)+R_0}{1+R_0 hat{R}(omega,0)},

end{align} 



end{document}

share|improve this answer

edited 7 hours ago

answered 9 hours ago

AboAmmarAboAmmar

35.6k32985

documentclass[12pt]{article}

usepackage{makecell}

usepackage{amsmath}

usepackage{bm}

begin{document}



The reflected wave can be written in the form

begin{equation}label{b_at_x3_0_ricatti_bc_2}

hat b_0(omega,0) = hat{mathcal{R}}(omega) hat f(omega),

end{equation}

%

where, from the second equation in eqref{matching_at_0_homog} we have

begin{align}label{local_reflection_coeff_ricatti_3}

hat{mathcal{R}}(omega) &= frac{T_0 hat b(omega,0)}{hat f(omega)} + R_0 

intertext{and then using equation eqref{b_at_x3_0_ricatti_bc_1} we have} 

hat{mathcal{R}}(omega) &= frac{hat{R}(omega,0)(overbrace{T_0^2+R_0^2}^{=1})+R_0}{1+R_0 hat{R}(omega,0)} 

intertext{and now using eqref{R1T1_homog} we have} 

hat{mathcal{R}}(omega) &= frac{hat{R}(omega,0)+R_0}{1+R_0 hat{R}(omega,0)},

end{align} 



end{document}

share|improve this answer

edited 7 hours ago

answered 9 hours ago

AboAmmarAboAmmar

35.6k32985

answered 9 hours ago

AboAmmarAboAmmar

35.6k32985

answered 9 hours ago

AboAmmarAboAmmar

35.6k32985