Sentence examples for 1 fine from inspiring English sources

KEN JAWOROWSKI RENDITION OF AN OLD CHESTNUT NO. 1 Fine as the song sounded when Lilla Crawford, the title character, delivered "Tomorrow" in "Annie," the little-girl-anthem really came alive in Act II when Merwin Foard (as Franklin D. Roosevelt) brought blustery conviction to the lyrics.

To suppress photon reflections into the detector, we use (1) fine serration machining and (2) copper sulfide (CuS) black coating.

Polishing wear (type 1), fine abrasive (type 2), multidirectional dull abrasive (type 3), and unidirectional dull abrasive wear (type 4) of the articulating surfaces were identified.

Two types of dolomite can be observed in the Sikou lacustrine carbonate: (1) fine crystalline dolomite (4 20 μm), which is dominantly grain-replacive, matrix-replacive and rim cement, represents approximately 95%% of all dolomite.

The model accounts for porous media clogging due to: (1) fine particles depositing on the pore walls and gradually reducing the pore radii and (2) pores trapping particles larger than the pore openings.

It was shown that (1) fine submicron interlamellar spacing; (2) ordered lamellae alignment; (3) relative volumetric ratio of (γ + α2)/γ/B2 structural-phase constituents and (4) dissolved oxygen content are the key parameters for controlling the compressive properties of FZ-alloy.

In the control group tissue sampling of suspicious lesions was performed in 17 patients (9 core biopsies, 3 stereotactic biopsies, 4 MRI-guided biopsies and 1 fine-needle aspiration cytology).

We applied a three-step method (similar to Bennett et al. 2003): (1) Fine-grained results from a highly structured content analysis were condensed into (2) partial credit items on the basis of consensual expert judgments.

In broad terms, calculated property descriptors are processed into maps of chemical space1 for three different, sometimes connected, purposes: 1) fine-tuning and optimisation, 2) screening and selection, and 3) exploration.

The HEF model involves splitting the fracture computations into two scales: (1) fine-scale solves for the flux exchange parameter within each grid cell; (2) coarse-scale solves for the pressure applied to the domain grid cells using the flux exchange parameter computed at each grid cell from the fine-scale.

In Eurybia species, we demonstrate a combination of these adaptations: (1) fine-tuning of dilator muscles and food canal size, and (2) scaling to a larger body size.