The phrase "a large contribution of" is correct and usable in written English.
It can be used when discussing the amount or significance of something that has been contributed, typically in contexts like research, finance, or community service.
Example: "The study received a large contribution of funding from various organizations, allowing for extensive research."
Alternatives: "a significant amount of" or "a substantial contribution of".
A large contribution of preaxial mesenchymal cells contributing to digit 1/distal carpal 1 are visible in these sections as well as the development of an independent Lateral Centrale and Intermedium at an older stage.
For people who wish to make a large contribution of goods, the store will pick up bulk items free.
The gaseous flame base is essentially composed of an edge flame, with a large contribution of partially premixed combustion.
Noise from shooting ranges is characterized by high levels of impulse noise with a large contribution of low frequencies.
This is attributed to a narrow microporosity and a large contribution of micropore volume from smaller pores in the microporosity range of the composites.
A small fin pitch and large louver angle cause a strong flow deflection and thus a large contribution of the louvers.
A larger contribution of G (62.3%) than Y (7.2%) and G × Y (27.9%) factors was found for the DMA concentration, indicating that the differences in grain DMA mostly depend on genotype.
Thus, the observed inclination shifts around excursions, shallower in the Okhotsk Sea and deeper toward negative in the western equatorial Pacific, may be explained by a larger contribution of the SCOR field when the GAD was weak.
The mean particle size of Au is about 3.5 nm while that of Pd is 1.5 nm (although the Pd particle size distribution was asymmetric at the low size indicating a larger contribution of small particles <1 nm); there was negligible number of Pd particles above 2 nm.
Both the Okhotsk Sea and western equatorial Pacific are within a region of outward directed flux in the persistent non-axial-dipole (NAD) field, and the synchronous inclination shifts may have been caused by a larger contribution of the NAD field when the GAD was weaker.
The synchronous inclination shifts associated with decreased paleointensity may be explained by a larger contribution of the SCOR field proposed by Hoffman and Singer (2008) when the GAD was weaker; both the Okhotsk Sea and western equatorial Pacific are within a region of outward directed flux in the persistent NAD field.
