Development of circulation type building constructions and materials reusing construction waste.

质量改良材料（熟石灰、贝壳石灰、植物油、木炭、硅藻土、海水）在KABETSUCHI中混合了石膏工匠和废物（废纸），并检查了外观和强度。由于碳酸钙干燥，消石灰和贝壳石灰的外观能够确认光泽和薄膜。因此，两者都可以预期，在干燥裂纹可以减少。木炭和海水混合在KABETSUCHI是强于标准模型，在其他材料的情况下，这些强度降低。在KABETSUCHI中混合的废纸比标准模型的韧性更高，其他材料也显示出与之相似的值。但是，在现有的测试方法中，由于难以检测，因此需要测量准确的值。将木屑、废弃纤维和纸以不同的复合比例复合的三种类型的测试材料用木质素进行硬化。我们练习表演考试， ...更多信息 关于VOC释放、绝缘性和吸收性以及从材料表面释放水分。在绝缘测试中，由于提高了绝缘性能，因此制造了三种具有中空间隔的材料。在VOC释放测试中，由于VOC释放速度较低，因此认为废弃纸和木质素抑制VOC释放速度的空气污染风险较小。在绝缘测试中，由锯、废木屑和纸按3-1-1的比例复合的材料试件1具有0.044（W/mK）的低导热系数。在有多个细孔的情况下，空心间隔试件的保温效果上级稻草。在吸放湿试验中，具有良好绝缘性能的1号材料试件在特性曲线中表现出最大的吸放湿场梯度，吸放湿性能上级。然而，由于材料试件1号容易破裂，硬化剂应使用比本试验所用木质素更大的粘合强度。少

The quality improvement material (slaked lime, shell lime, vegetable oil, charcoal, diatomaceous earth, sea water.) handed down by the plasterer craftsman and waste (waste paper) is mixed in KABETSUCHI, and appearance and strength were examined.The appearance of slaked lime and shell lime was able to confirm gloss and film, since calcium carbonate dries. Therefore, both can anticipate that the crack in the drying can be reduced.Charcoal and sea water are mixed in KABETSUCHI is stronger than the standard model, and in other material case, those strengths decrease. Waste paper is mixed in KABETSUCHI is more tenacious than the standard model, and other materials shows the similar value to it. However, it is necessary that the accurate value is measured in present test method, because it is difficult, examination.Three type test materials with the different compound ratio that are compounded of sawdust, disposal fiber and paper are made hard by Lignin. We practice the performance examinati … More ons about VOC release, insulation and absorbency and release of moisture from the material surface. In case of insulation test, three type materials which have hollow spacing is manufactured because of heightening the insulation performance. In the VOC release test, as the VOC release speed was low, it was thought small the air pollution risk by the disposal paper and the lignin made hold down the VOC release speed. In insulation test, the material test piece No.1 compounded the ratio of the saw, disposal giber and paper to 3-1-1 has the low thermal conductivity of 0.044 (W/mK). Test piece with hollow spacing is superior in the insulation effect at the case of the type having the multi thin hole as straw. In absorbency and release of moisture test, the material test piece No.1 having good insulation performance shows the largest gradient of absorbency and release of moisture field in the characteristic curve and is superior the absorbency and release of moisture performance. However, as the material test piece No.1 is easily broken, the hardening agent should be use the greater adhesive strength something than the lignin used this test. Less