FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4211183764> ?p ?o ?g. }

• W4211183764 endingPage "106106" @default.
• W4211183764 startingPage "106106" @default.
• W4211183764 abstract "The experimental simulation of a micro-scale frost weathering of sand-sized (0.5–1.0 mm) quartz grains has been conducted to investigate the frost-induced changes in the grain-size distributions and factors that affect the weathering process. For the first time we present the results concerning the relationship between the course of frost weathering and the characteristics of water (content and mineralization) involved in the process. The simulation involved two types of vein quartz crushed to fresh, angular grains and arranged into dry, moistened and wet samples. Grain samples were subjected to fixed temperature oscillations (from −5 °C to +10 °C) under controlled laboratory conditions. Grain-size analysis were conducted after 50, 100, and 300 freeze–thaw cycles. Differences in the distributions, resulting from the production of the frost debris, were observed at each stage of the weathering process. Statistical analyses (Kolmogorov-Smirnov test, PCA, cluster analysis) demonstrated that both types of quartz grains react differently to the ongoing weathering process regardless of the moisture conditions. The production of very coarse (1.0–2.0 mm) and coarse sand (0.5–1.0 mm) fractions, resulting from the frost-induced destruction, was observed. This issue has never been addressed or expounded before. The production of fine (0.125–0.25 mm) and very fine (0.063–0.125 mm) sands was notable while the silt-sized grains (0.002–0.063 mm) constituted only a minor product of the frost weathering. Nevertheless, the combined increase in the content of these fractions may have a significant impact on the properties of the frost-affected sediments/soils. The sample preparation (resulting in preparation defects) and the internal structure of quartz grains (resulting in primary defects) had a great influence on the initial course and manner of the frost weathering process. Other factors, such as content or mineralization of water, exerted much less influence on the frost-driven destruction during the studied weathering period." @default.
• W4211183764 created "2022-02-13" @default.
• W4211183764 creator A5011845406 @default.
• W4211183764 creator A5015666196 @default.
• W4211183764 creator A5057269063 @default.
• W4211183764 creator A5088036372 @default.
• W4211183764 date "2022-05-01" @default.
• W4211183764 modified "2023-10-11" @default.
• W4211183764 title "Micro-scale frost-weathering simulation – Changes in grain-size composition and influencing factors" @default.
• W4211183764 cites W1493454437 @default.
• W4211183764 cites W1498900496 @default.
• W4211183764 cites W1770375168 @default.
• W4211183764 cites W1795792415 @default.
• W4211183764 cites W1964115428 @default.
• W4211183764 cites W1973639840 @default.
• W4211183764 cites W1979717549 @default.
• W4211183764 cites W1980498694 @default.
• W4211183764 cites W1985768593 @default.
• W4211183764 cites W1987312117 @default.
• W4211183764 cites W1987562027 @default.
• W4211183764 cites W1987971958 @default.
• W4211183764 cites W1991899800 @default.
• W4211183764 cites W1993760488 @default.
• W4211183764 cites W2004529964 @default.
• W4211183764 cites W2005316203 @default.
• W4211183764 cites W2005911067 @default.
• W4211183764 cites W2006175596 @default.
• W4211183764 cites W2009359839 @default.
• W4211183764 cites W2011371210 @default.
• W4211183764 cites W2012559594 @default.
• W4211183764 cites W2015959254 @default.
• W4211183764 cites W2016381774 @default.
• W4211183764 cites W2017514145 @default.
• W4211183764 cites W2017587937 @default.
• W4211183764 cites W2018427140 @default.
• W4211183764 cites W2018736329 @default.
• W4211183764 cites W2030894983 @default.
• W4211183764 cites W2032303365 @default.
• W4211183764 cites W2036810320 @default.
• W4211183764 cites W2046286546 @default.
• W4211183764 cites W2048735033 @default.
• W4211183764 cites W2048787352 @default.
• W4211183764 cites W2053262997 @default.
• W4211183764 cites W2053485034 @default.
• W4211183764 cites W205577361 @default.
• W4211183764 cites W2063996020 @default.
• W4211183764 cites W2067849008 @default.
• W4211183764 cites W2071600656 @default.
• W4211183764 cites W2074121969 @default.
• W4211183764 cites W2075868958 @default.
• W4211183764 cites W2076819586 @default.
• W4211183764 cites W2076856964 @default.
• W4211183764 cites W2077267127 @default.
• W4211183764 cites W2084627951 @default.
• W4211183764 cites W2088270370 @default.
• W4211183764 cites W2089684581 @default.
• W4211183764 cites W2103156804 @default.
• W4211183764 cites W2104189597 @default.
• W4211183764 cites W2112507207 @default.
• W4211183764 cites W2117236228 @default.
• W4211183764 cites W2124379888 @default.
• W4211183764 cites W2130250363 @default.
• W4211183764 cites W2131236772 @default.
• W4211183764 cites W2145927208 @default.
• W4211183764 cites W2148670366 @default.
• W4211183764 cites W2159525271 @default.
• W4211183764 cites W2160172778 @default.
• W4211183764 cites W2161110397 @default.
• W4211183764 cites W2185267850 @default.
• W4211183764 cites W2234763457 @default.
• W4211183764 cites W2309075274 @default.
• W4211183764 cites W2315663210 @default.
• W4211183764 cites W2328336581 @default.
• W4211183764 cites W2328721982 @default.
• W4211183764 cites W2409021595 @default.
• W4211183764 cites W2429375882 @default.
• W4211183764 cites W2479531384 @default.
• W4211183764 cites W2502819853 @default.
• W4211183764 cites W2528322816 @default.
• W4211183764 cites W2530500637 @default.
• W4211183764 cites W2728423200 @default.
• W4211183764 cites W2769706853 @default.
• W4211183764 cites W2777948323 @default.
• W4211183764 cites W2789475304 @default.
• W4211183764 cites W2899619247 @default.
• W4211183764 cites W2966216233 @default.
• W4211183764 cites W2967720154 @default.
• W4211183764 cites W3004009400 @default.
• W4211183764 cites W4238805501 @default.
• W4211183764 cites W4241837466 @default.
• W4211183764 cites W4244023744 @default.
• W4211183764 doi "https://doi.org/10.1016/j.catena.2022.106106" @default.
• W4211183764 hasPublicationYear "2022" @default.
• W4211183764 type Work @default.
• W4211183764 citedByCount "6" @default.
• W4211183764 countsByYear W42111837642022 @default.
• W4211183764 countsByYear W42111837642023 @default.
• W4211183764 crossrefType "journal-article" @default.

• next