cementation
The plural of cement is cements. As in "the builder cements the steps".
cements commonly used as binding material
It is a device for measuring the consistency and setting time of portland cements.
Silica flour and Silica sand our admixtures to Portland cements.
There are three different types of cement,Ordinary portland cementPortland pozzolana cementSpecial cements.
Lithification is the process by which loose sediment compacts and cements together to form solid rock. This often involves the combination of pressure, temperature, and the deposition of minerals that bind the sediment particles together. The end result is the formation of sedimentary rocks, such as sandstone or shale.
Sedimentary rocks.
Particles in sedimentary rocks stick together because of compacting pressure from layers of sediment above them, and because of natural cements like calcite or silica that fill the spaces between particles and bind them together.
Fine particles can form into rock through a process called compaction. As layers of sediment accumulate over time, the weight of the overlying materials compresses the finer particles, forcing them closer together and reducing pore spaces. This compaction can lead to the formation of solid rock without the need for natural cements, as the pressure can cause the particles to bond through physical interlocking and friction. Additionally, diagenetic processes, such as the growth of minerals in the pores, can further enhance the cohesion of the compacted particles.
Sedimentary rock particle cements would include iron, calcite, silica, and clay minerals. Igneous and metamorphic rocks are held together by minerals that have crystallized from magma or from recrystallization of existing minerals.
weathered remains of other rocks
When spaces between particles are filled by silica, rust, or calcite, a process known as cementation occurs. This process helps bind sediments together, turning loose particles into solid rock over time. Silica and calcite act as natural cements, filling voids and enhancing the mechanical strength and stability of the rock. This phenomenon is common in sedimentary rock formation, contributing to the lithification of sediments.
Conglomerate is a type of sedimentary rock composed of rounded gravel and pebble-sized particles. Conglomerates are often found in river and stream deposits, as well as in areas where there has been significant erosion and deposition of sediments. The size of the particles in a conglomerate can give clues about the distance the sediment traveled before being deposited.
When sediment is compacted and cemented, it transforms into sedimentary rock. This process, known as lithification, involves the consolidation of loose sediments through pressure and the binding action of mineral cements. Common types of sedimentary rock include sandstone, shale, and limestone, which are formed from various types of sediments.
Well, after millions of years, the mud will start to cement together, due to natural cements and will form rock. This can result in footprints, fossils, animal remain, etc to be preserved in the rock. If u want a better explanation, there is a thing called Wikipedia...
Sedimentary rocks are the result of erosion, deposition, and cementation of various types of rock and rock particles. Igneous rock is the result of solidification of molten material. Metamorphic rocks are the result of temperature and/or pressure changes in a previously existing rock type.
Sedimentary rocks are formed from sediment deposits (gravel, sand, silt, clay) over long periods of time either on land or in water (lakes, oceans). As more and more sedimentary layers are deposited, the newer layers exert pressure on the older layers, which compacts the loose particles and cements them together - forming sedimentary rocks. Sedimentary rocks can also be formed through the precipitation of dissolved minerals to form limestone or dolomite.