Today,because the existing forests are gradu-ally decreasing,there are various obstacles in pro-ducing industrial wood products.Particularly re-garding this subject,alternative and environmental methods are sought,as in all hielasohiqh sarYse a fterregard,studies about particleboard,which arose after agricultural production,have great imporarnmstalkuse of stalk with particleboard production from stalk will provide economic profit,a new employmentarea and ecological production.In our study,we pro-duced particleboards by mixing cotton stalk and com stalk with urea-fomaldehyde in certain proportions.After that,particleboards are compared in terms of physical and mechanical properties.Particleboardsare produced by using 12% urea-formaldehyde gluein 10 minutes press and at 175C press temperature.As a result,the particleboard D.twhhn tho biohestwith (75% Com,25% Cotton) stalk has the highest bending strength with 7.839r N the obtained par-surface deflagration temperature in the obtained par- ticleboards is seen in sample E (100%Corn) with156 C value.The lowest value in water retentionrate is seen in sample E (100% Corn) with 17%.Thelowest value in the coefficient of heat transmissionwas found in sample B (75% Cotton,25% Corn) as0.1458 W/mK.
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机译：今天，由于现有的森林是毕业盟军的减少，在Pro-Doily工业木制品中存在各种障碍。寻求替代和环境方法，替代和环境方法，如Hielasohiqh Saryse A Fterregard，在农业生产后出现，秸秆的茎秆产生巨大的茎，将提供经济利润，新的雇用赛和生态生产。我们的研究，通过将棉茎和COM秸秆与尿素 - Fomaldehyde混合，通过尿素 - Fomaldehyde在某些方面进行刨花板。替代方案，在这种情况下，在物理和机械性能方面进行比较。通过使用12％尿素 - 甲醛胶水蛋白产生的ParticleBoardsare 10分钟，并在175℃压制温度。结果，刨花板D.Twhhn Tho Biohestwith（75％COM ，25％的棉）茎具有最高的弯曲强度，在获得的par-中获得的par-super deflagragration温度为7.839r n。在具有156℃的样品E（100％玉米）中观察到Ticleboards。水固定液中的最低值在样品E（100％玉米）中，具有17％。在样品B中发现的热传递系数中最低值的值（75％棉，25％玉米）AS0.1458 W / MK。
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