The phrase "and later decrease" is correct and usable in written English.
It can be used when describing a situation where something increases initially and then decreases afterward.
Example: "The temperature will rise during the day and later decrease as the sun sets."
Alternatives: "and subsequently drop" or "and then decline".
The total of "fresh pumice" and "fresh scoria" particles shows a pattern characterized by increase and later decrease, peaking at ca. 15 vol% on June 29.
The player can increase the rate as desired to a maximum of 99, and later decrease it down to, but not lower than, the initial rate.
If one deletes vertices in order of their degree (starting from large degrees) and monitor Δ, then for metabolic networks, Δ typically first increase to a maximum and later decrease.
In the third compartment, representing the aqueous phase immediately following the first bilayer core, the concentrations of the chemicals initially increase and later decrease to their equilibrium magnitudes, resulting, for a certain time period, in a remarkable accumulation of the chemicals above their equilibrium levels.
Keeping the shunted temperature unchanged the exergy recovery rate firstly increases and later decreases with increasing flash pressure.
The results demonstrate that with the growth of flow rate, the Richardson number decreases, fill efficiency and exergy increased first and later decreased, but the MIX number decreased first and later increased.
Genistein induced an early increase of LDL receptor gene expression and later decreased HMGCoA reductase mRNA expression in DLD-1 cells.
The results show that HE75 (75% hydrous-ethanol, i.e., ethanol with 25% water volume content) conversion first increases and later decreases with the temperature and reaches its peak at a temperature of approximately 675 K.
Under flexural load, instead of dropping (or remaining unchanged), the post-peak load and the toughness were found to increase at lower temperatures (400 °C) and later, decreased as the temperature increased (600 °C and 800 °C).
But the healing efficiency first increased and later decreased as the combination degree of G-CNT increased, which may be due to the further improved interface bonding, and mixed microwave coupling mechanisms of interfacial polarization and non-uniform intensity distribution of microwave fields induced by the G-CNT heterostructures.
The measured peak load exhibits an early increase and later decreasing trend; there is a critical value (1.2 mm and 1.8 mm under static and dynamic load) in geometry parameter "h" as the dominant failure mode changes from adhesion to cohesion.
