The phrase "activity material" is correct and usable in written English.
It can be used to refer to resources or items needed for a specific activity, often in educational or organizational contexts.
Example: "The teacher prepared the activity material for the students to engage in hands-on learning."
Alternatives: "activity resources" or "task materials".
The combination of biomolecules-functionalized multiwalled carbon nanotube (MWNTs) and ionic liquid (IL) yields nanostructured biointerfaces, formed a novel kind of structurally uniform and bioelectrocatalytic activity material.
The waste itself is certainly unpleasant, the highest activity material being so radioactive that heat generation is one of the issues that has to be carefully considered during handling, storage, and disposal.
Cr/S.SBA-15 (highest activity material) catalyst was subjected to time on stream reaction (TOS) for 16 h, and the results are presented in Fig. 12.
Participants randomly allocated to the control group were encouraged to read the educational activity material.
Participants randomly allocated to the control group will be encouraged to read the educational activity material and be asked to record any exercise they perform over the 12 weeks.
Since the groups were open to all members instead of just smokers, content areas outside of tobacco use and cessation seemed inadequate, and staff frequently supplemented with their own nutrition and physical activity material.
"All of our activity materials along with the mazes and obstacle course mats are an integral part of the overall program". Some substance abuse educators have praised the the goggles and the interactive experiences that accompany them.
The results shown here indicate a convenient and applicable approach to further exploitation of high activity materials for photocatalytic water splitting applications.
In this work, we demonstrate a novel design to investigate interfacial reaction of optical activity materials, utilizing a Sagnac interferometer assisted with surface plasmon resonance based sensor technique.
Our findings may provide an opportunity to explore a simple, efficient, cost-effective and promising sensing/catalysis activity materials in gas sensors, gas catalysis and photo-catalysis.
Series VII contains oversize and audiovisual material, including photographs, charts from the NIMH study, manuscript drafts, audio records, classroom activity materials, filmstrips, and components for a "teaching machine". Series VIII contains restricted materials.
