The phrase "exploration direction" is grammatically correct and can be used in written English.
It refers to the specific path or course being taken in the process of exploration. You can use it when discussing a specific area or topic that is being explored, or when talking about the overall strategy or approach to exploration. Example: The team has decided to change their exploration direction and focus on uncharted territories in order to discover new resources.
Economic feasibility is a key to the development of deep hydrocarbon exploration and can decide the exploration direction.
Based on the dissection of fifteen reservoirs, three hydrocarbon accumulation models were identified to find out favorable plays and the further exploration direction in this region.
In the "fault-depression type" basins, the sediment thickness during the depression period was more than 5 000 m, forming "double sources – double combinations type" hydrocarbon accumulation model, where the exploration direction will mainly focus on giant slip-collapse-debris flow deposits on the top and middle of the slope.
In the "rift type" basins, the sediment thickness during the depression period was less than 3 000 m, forming "single source – structure type" hydrocarbon accumulation model, where the exploration direction will mainly focus on giant structural traps on the top of the rift sequences.
This will play a leading role in determining the hydrocarbon resource potential and favorable exploration directions.
Prediction of the occurrence conditions of deep fluids and characterization of their dynamic mechanism are important to the scientific prediction of deep hydrocarbon resources and the determination of favorable exploration directions.
Exploration without direction was a contentious issue; in particular with regard to the meaning of the phrase 'without direction'.
In the exploration, the polarization direction of the incident and scattered light are variable and fixed, respectively.
O'Keefe, NASA, The New Age of Exploration: NASA's Direction for 2005 and Beyond, NASA Headquarters, Washington, DC, 2005].
The approach is based on Markov localization and provides rational criteria for (1) setting the robot's motion direction (exploration), and (2) determining the pointing direction of the sensors so as to most efficiently localize the robot.
Exploration along this direction is highly desirable as it is not only helpful for understanding the electrical property of individual CuO NWs, but also beneficial to the development of high-performance optoelectronic and electronic devices.
