私はnatbib、、charter BT フォント (コマンド 経由)microtypeを使用しており、次の結果が得られます。flowfram\usepackage[bitstream-charter]{mathdesign}
私のメイン文書の他の例では、これが示されています (おそらく、これがあなたにとって手がかりになるでしょう):
ファイルを生成するコードは次のとおりです。
\documentclass{extarticle}
\usepackage[margin=2cm]{geometry}
\usepackage[bitstream-charter]{mathdesign}
\usepackage{titlesec}
\usepackage[square, numbers, sort]{natbib}
\usepackage[letterspace=400]{microtype}
\usepackage{flowfram}
\newflowframe[1-4,6]{\dimexpr\textwidth/3-2\columnsep/3}{\textheight}{0pt}{0pt}[leftcolumn]
\setlength\parindent{16pt}
\begin{document}
\tolerance=10000
The manufacturing process is mostly subject to industrial legislation. Although the industrial process is a relatively large actor in the use of fossil fuels\citep{voorzanger2014}, the consideration of usage of renewable energy sources has many hurdles. The primary hurdle is the artificially deflated pricing on energy from non-renewables. Studies on feasibility of an adjustment and usage of renewable energy sources in the industrial sector have shown legislation is in fact a culprit, linking domestical industrial activities directly to current energy policies in place\citep{lund2009}. Furthermore, an example of an accessible legislation is the Extended Producer Responsibility (EPR), which indirectly circumvents additional energy costs by incentivising recollection and reuse of products\citep{kiddee2013}. Other directives also geared towards promotion of recycling and take-back more so circumvent a change in thinking of the legislative bodies dealing with the industrial energy sector, which is why a small portion of examples will be discussed in the recycling cycle rather than here.
However, mobile phones also use REEs, ranging from scandium for high performance equipment, to neodymium for ear speakers\citep{website:namibiaearth,humphries2010}: vital components for the production of a cellular phone. The shortage depletion risk ranges even further however. Estimates have shown that REEs range in depletion risk from 500 years for niobium to 7 years for antimony, considering stable demand\citep{website:mining}.
\end{document}
この奇妙な間隔の問題は、古い TL13 ディストリビューションとごく最近の TL14 ディストリビューションの両方で発生しました。私は常にすべてのパッケージの完全インストールを実行しています。
私はまた、のみ左の列で発生し、私が宣言した他の列では発生しません。例:
\newflowframe{\dimexpr\textwidth/3-2\columnsep/3}{\textheight}{\dimexpr\textwidth/3-2\columnsep/3+\columnsep}{0pt}[centercolumn]
\newflowframe{\dimexpr\textwidth/3-2\columnsep/3}{\textheight}{\dimexpr2\textwidth/3-4\columnsep/3+2\columnsep}{0pt}[rightcolumn]
これは既知の問題ですか、または回避策はありますか?
答え1
\tolerance=10000これは、改行がどれほどひどいかは気にしないことを TeX に明示的に伝えていることを意味します。したがって、改行が悪いのは驚くことではありません。
設定を削除すると、\toleranceTeX は少なくとも何らかの妥当な出力を作成しようとします。
\documentclass{extarticle}
\usepackage[margin=2cm]{geometry}
\usepackage[bitstream-charter]{mathdesign}
\usepackage{titlesec}
\usepackage[square, numbers, sort]{natbib}
\usepackage[letterspace=400]{microtype}
\usepackage{flowfram}
\newflowframe[1-4,6]{\dimexpr\textwidth/3-2\columnsep/3}{\textheight}{0pt}{0pt}[leftcolumn]
\setlength\parindent{16pt}
\begin{document}
%\tolerance=10000
The manufacturing process is mostly subject to industrial legislation. Alth\-ough the industrial process is a relatively large actor in the use of fossil fuels\citep{voorzanger2014}, the consideration of usage of renewable energy sources has many hurdles. The primary hurdle is the artificially deflated pricing on energy from non-renewables. Studies on feasibility of an adjustment and usage of renewable energy sources in the industrial sector have shown legislation is in fact a culprit, linking domestical industrial activities directly to current energy policies in place\citep{lund2009}. Furthermore, an example of an accessible legislation is the Extended Producer Responsibility (EPR), which indirectly circumvents additional energy costs by incentivising recollection and reuse of products\citep{kiddee2013}. Other directives also geared towards promotion of recycling and take-back more so circumvent a change in thinking of the legislative bodies dealing with the industrial energy sector, which is why a small portion of examples will be discussed in the recycling cycle rather than here.
However, mobile phones also use REEs, ranging from scandium for high performance equipment, to neodymium for ear speakers\citep{website:namibiaearth,humphries2010}: vital components for the production of a cellular phone. The shortage depletion risk ran\-ges even further however. Estimates have shown that REEs range in depletion risk from 500 years for niobium to 7 years for antimony, considering stable demand\citep{website:mining}.
\end{document}