8 Matching Annotations
  1. Jan 2019
    1. familiar toolsmight sound strange when they are hooked up to other technologie

      Instead of a tool, could rhetoric ever be seen as a lens in which to view or interpret other technologies?

  2. Sep 2017
    1. been to emphasize Austen’s overlooked expansive subtexts and allu-sions, her wide, even global appeal and relevance.

      Transition into feminist readings of Austen from giving examples of older critiques (of secondary sources) of Austen's work. This aids her argument and supports her challenging of previous readings of the work.

    2. Austen exposed the patriarchal conditions of her historical moment and the way romantic conventions coded for power and wealth, while simultaneously using the constraints of her provincial and domestic settings to her advantage, demonstrating the duplicitous aptitude of romantic narratives to make those conditions visible

      Important point. By evaluating Austen's patriarchal setting and consequential ability to write about women during this constrained period, Moe extrapolates upon Austen's achievements as a writer, further subverting Lewes' critique. Thus, she denounces the past reading of Austen to promote her own, modern and feminist, reading.

    3. determined by recent feminist literary critics’ efforts to revise the long history of Austen scholarship

      Moe writes this article to combat the frequent reading of Charlotte Lucas' decision to marry Collins, focusing on a feminist literary critical lens.

  3. Jul 2017
    1. With our extensive prior knowledge derived from offline reading, we naturally interpret this standard, using a lens to our past, and teach infer-ential reasoning with narrative text offline.
  4. May 2017
    1. Frost Bulb
      Hugh M. French, a member of the department of geography at the University of Ottawa, states that “nowhere has the frost heave problem been more critical than in the recent design of proposed chilled buried gas pipelines in Arctic regions” in his article entitled “Periglacial Geomorphology in North America: Current Research and Future Trends.” These chilled buried gas pipelines must function under extremely harsh conditions. They will be exposed to sub-zero temperatures in Arctic regions. Any water and vapor will “migrate towards the pipe” causing a frost bulb to form. This frost bulb will lead to the formation of an ice lens or numerous ice lenses which will cause frost heave around the chilled buried pipe (French, 1987). There are currently many techniques to attempt to predict the behavior of a buried pipeline that experiences frost heave. One such attempt to describe this phenomenon was proposed by Selvadurai and Shinde, both members of the American Society of Civil Engineers, in which they describe a detailed model of a frost heave zone caused by its associate frost bulb. They base their model off of the “heave of a frost bulb zone that develops around the pipeline as it transmits its contents such as chilled natural gas” (Selvadurai & Shinde, 1993). 
      

      References

      French, H. M. (1987). Periglacial Geomorphology in North America: Current Research and Future Trends. Ecological Bulletins, 5-16. Selvadurai, A. P., & Shinde, S. (1993). Frost Heave Induced Mechanics of Buried Pipelines. American Society of Civil Engineers, 1929-1951.

    2. frost heave
      Before the understanding of frost heave, there was a widely held belief that rocks and stones could grow and multiply. Stones were believe to grow from small pebbles. These stones then rose to the surface of the ground. Another belief was that stones were the offspring of “mother-stones” or “breeding-stones.” Today, it is known that this motion of stones moving upwards toward the surface of the ground is due to frost heave. Frost heave occurs when water in soil or rock freezes and thaws in a cyclic process. This causes an upward movement of the surface of the ground due to the freezing of water underneath. Geologist Stephen Taber from the University of South Carolina proved through extensive research that “it was not expansion, but rather the formation of ice lenses by segregation of water from the soil as the ground freezes that is the principal cause of frost heave.” He also showed that liquids other than water can also cause frost heave. The direction of heave is governed by the growth of ice lenses. Ice lenses form perpendicular to the direction of heat flow, so it is not always the case that frost heave occurs in the path of least resistance (Manz, 2011). 
      

      References

      Manz, L. (2011). Frost Heave. Geo News, 18-23.