في الماس هناك شبكة ثلاثية الأبعاد م

في الماس هناك شبكة ثلاثية الأبعاد من الرابطة التساهمية القوية. وهذا يجعل من الصعب للغاية الماس. بسبب صلابة، ويستخدم الماس في صنع قطع وأدوات الطحن. من ناحية أخرى، في الجرافيت هناك طبقات مسطحة من ذرات الكربون. وتعقد هذه الطبقات من قبل قوات ضعيفة فان دير فال، وبالتالي يمكن أن تنزلق بسهولة على الآخر. وهذا يجعل الجرافيت ينة جدا وزلق. لأنه إذا تم استخدام هذا لينة وزلق الجرافيت الطبيعة كمادة للتشحيم.

النتائج (الإنجليزية) 1:

Diamond 3D network of Covalent. This makes it extremely difficult for diamonds. Because of its hardness, diamond is used in the manufacture of cutting and grinding tools. On the other hand, there are flat layers of graphite carbon atoms. The complexity of these layers by weak van der Waals, so it can slip easily on the other. This makes graphite finish and very slippery. Because if you use this soft and slippery graphite nature as a lubricant.

النتائج (الإنجليزية) 2:

There are diamonds in the three-dimensional network of strong covalent bond. This makes it extremely difficult to diamond. Because of hardness, and it is used in the manufacture of diamond cutting and grinding tools. On the other hand, there are flat in graphite layers of carbon atoms. These classes are held by weak van der Waals forces, and therefore can slide easily on the other. This makes graphite soft and very slippery. Because if this was the use of soft and slippery nature of graphite as a lubricant.

النتائج (الإنجليزية) 3:

In diamond, there are three-dimensional network of strong covalent bond. This makes it very difficult to diamond. Because of the hardness, diamond is used in the manufacture of cutting tools and grinding. On the other hand, flat layers of carbon atoms in the graphite.The layers are held by the weak van der fall, and thus can easily slip over the other. This makes the graphite is very soft and slippery. Because graphite is soft and slippery nature, if using this as a Lltshhym.