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D 103.33/12:93-10
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Thermal stress measurements in asphalt concrete |
1 |
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D 103.33/12:93-11
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Gas gun experiments to determine shock wave behavior in snow methods and data |
1 |
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D 103.33/12:93-12
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Footprint size of a helicopter-borne electromagnetic induction sounding system versus antenna altitude |
1 |
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D 103.33/12:93-13
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Fate and effects of crude oil spilled on subarctic permafrost terrain in interior Alaska : fifteen years later |
1 |
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D 103.33/12:93-14
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Notes on Antarctic aviation |
1 |
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D 103.33/12:93-16
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High-strain-rate tensile behavior of sedimentary and igneous rocks at low temperatures |
1 |
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D 103.33/12:93-17
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White phosphorous contamination of salt marsh pond sediments at Eagle River Flats, Alaska |
1 |
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D 103.33/12:93-18
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The effects of groundwater samplers on water quality a literature review |
1 |
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D 103.33/12:93-19
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On the temperature distribution near a cold surface |
1 |
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D 103.33/12:93-20
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Attenuation of outdoor sound propagation levels by a snow cover |
1 |
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D 103.33/12:93-22
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Thermal variation in vegitated or snow-covered background scenes and its effect on passive infrared systems |
1 |
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D 103.33/12:93-23
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Preliminary assessment of sedimentation and erosion in Eagle River Flats, south-central Alaska |
1 |
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D 103.33/12:93-24
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Automatic, continuous river stage measurement with a millimeter-wave FM-CW radar |
1 |
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D 103.33/12:93-25
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Axial double-ball test versus the uniaxial unconfined compression test for measuring the compressive strength of freshwater and sea ice |
1 |
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D 103.33/12:93-26
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A reassessment of the in-situ dielectric constant of polar firn |
1 |
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D 103.33/12:94-1
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Growth condition of an ice layer in freezing soils under applied loads [microform] |
1 |
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D 103.33/12:94-2
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Experimental and numerical analysis of floating ice beam impact forces against a sloped structure |
1 |
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D 103.33/12:94-3
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Traveling wave solutions to the problem of quasi-steady freezing of soils |
1 |
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D 103.33/12:94-4
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Dependence of segregation potential on the thermal and hydraulic conditions predicted by model M₁ |
1 |
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D 103.33/12:94-5
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Model for avalanches in three spatial dimensions comparison of theory to experiments |
1 |