段落的理据

Question

如果您只关注某些特定情况，第一篇文章评论中的建议应该足够了。请参阅下面的一般解决方案。

您没有提供最小工作示例这通常是一个先决条件（请阅读强制的）来得到答案。

无论如何，您提供的示例（使用在线 OCR 检索）在我的计算机的默认设置下并没有产生您提到的不利影响。

然后为了强制效果，我尝试了这些设置，， a5paper。\hyphenpenalty 9999 \tolerance 50正如您所见，这些意味着，纸张宽度较窄，连字符惩罚非常高，容差非常低。这使得一些单词在右侧边缘突出。

因此，为了摆脱这种情况，你必须这样做对面的。

请尝试以下操作，

如果可能的话，请将页面（文本宽度）加宽。通常，论文的宽度是固定的，并且不可能（允许）更改。但稍微调整一下可能会有很大帮助。
为设定一个较低的值\hyphenpenalty。
为设定一个高值\tolerance。

您将需要调整最后两个值，直到问题得到解决。

这是我玩过的代码。这没有产生任何突出，即使使用 A5 纸也是如此。所以，我认为这种情况对你来说应该更好，纸张尺寸应该是 A4 或 letter。

\documentclass{article}

\usepackage[a5paper]{geometry}

\hyphenpenalty 200
\tolerance 2000

\begin{document}

\begin{center}
  MASTERS THESIS\\
  Laser multi-spectral confocal microscopy with structured
  illumination imaging
\end{center}

\begin{abstract}
  Confocal laser scanning microscopy (CLSM) can be applied as a form
  of structured illumination microscopy (SIM) to offer the same
  advantage of extending Abbes spatial resolution with the simplicity
  of CLSM illumination and scanning imaging process. The objective of
  this research is to experimentally demonstrate this combination for
  the first time to achieve a new technique that can be readily
  applied to existing CLSM instruments and extend the instrument
  higher spatial resolution capability like SIM but without the SIM
  complexity. Theoretical work has been done to demonstrate the
  applicability of SIM principle to CLSM. This research focuses on
  experimental investigation and demonstration of the concept. The
  essence is to apply CLSM inn process without the hard pinhole filter
  designed to block out-of-plane scattered light but also cause loss
  of image spatial frequency which limits its resolution. The work
  will involve the construction of a CLSM apparatus with hardware and
  algorithm designed to apply the SIM principle. Scanned CLSM
  spot-illuminated images for test targets will be obtained, and image
  reconstruction algorithm based on the SIM principle will be
  applied. The output will be reconstructed images with approximately
  two-fold increment in spatial resolution like that of SIM, but
  obtained entirely via CLSM illumination and scanning approach.
\end{abstract}


\end{document}

Answer 1