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Millimeter Wave Products Inc. is a global leader of millimeter wave products and microwave, technology, components and assemblies. From custom designed systems to volume order production in the 7GHz to 500GHz spectrum.

We produce all our products in our manufacturing facility and work with a wide variety of clients and industries globally providing millimeter wave and microwave products. From standard components to custom designed parts, pieces and sub-assemblies. Contact us today to see how we can help you.

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Sentinel-1 Wave mode is similar to ERS and Evnisat wave mode imaging but with improved spatial resolution, larger vignettes and a 'leap frog' acquisition pattern as illustrated in the figure below. WV acquisitions consist of several vignettes exclusively in either VV or HH polarisation, with each vignette processed as a separate image. WV mode products can contain any number of vignettes, potentially amounting to an entire data-take. Each vignette is contained in an independent image within the product.

One of the area's only wave-action swimming pools! Ride the waves or just let them lap at your feet. There are calm, "non-wave" periods in, also. You have access to two water flumes, two speed slides, and one kiddie slide! Must be 48 inches tall to ride the flume slides and the speed slides. There's even a kiddie pool with water dropping features and a children's playground. Your admission includes floats. However, the supply of floats is limited. Extensive fast-food concessions available as well! You may also bring your own food and drink in a cooler. We do not allow glass containers or alcohol. Your bags and coolers are checked upon entry. Shaded areas are limited as are the Super Umbrella areas. Super Umbrella areas are first come, first served. We suggest bringing your own chairs and a popup tent.

For seekable output streams, the wave header will automatically be updatedto reflect the number of frames actually written. For unseekable streams, thenframes value must be accurate when the first frame data is written. Anaccurate nframes value can be achieved either by callingsetnframes() or setparams() with the numberof frames that will be written before close() is called andthen using writeframesraw() to write the frame data, or bycalling writeframes() with all of the frame data to bewritten. In the latter case writeframes() will calculatethe number of frames in the data and set nframes accordingly before writingthe frame data.

Make sure nframes is correct, and close the file if it was opened bywave. This method is called upon object collection. It will raisean exception if the output stream is not seekable and nframes does notmatch the number of frames actually written.

This is the direction that the swells are coming from. Swells are waves notproduced by the local wind and come in at a higher period (longer wavelength) than waves produced by the local wind. Direction is given on a 16 point compass scale.

MM or -99 denote missing data. Less than half of our buoy stations reportdirectional wave data because of the costs involved with additionalinstrumentation. NO indicates that no swells could be determined.

This is the estimated average height of the highest one-third of the swells.It is estimated from determining how the wave energy is distributed amongvarious periods (frequencies), determining if a separate swell energy peakexists, and then, picking a frequency to separate swell and wind-waves. Theswell height is calculated from the wave energies below the separationfrequency.

This is the direction that the wind-waves are coming from. Wind-waves areproduced (or were recently produced) by the local wind. If a swell ispresent, these waves arrive at a lower period (more frequently) than do theswells. Direction is given on a 16 point compass scale.

This is the average height of the highest one-third of the wind-waves.Again, it is estimated by the process mentioned under "Swell Height", exceptthat it is the calculated from the energies above the separation frequency.

This is the significant wave height and dominant wave period that has beentraditionally available. Significant wave height is the average height ofthe highest third of the waves. If both swell and wind-waves are present,it should equal the square root of the sum of the squares of the swell andwind-wave heights. Dominant period is the period with maximum energy and isalways either the swell period or the wind-wave period.

Reported as either "VERY STEEP", "STEEP", "AVERAGE", or "SWELL". For a givenwave height, steep waves represent a more serious threat to capsizing vesselsor damaging marine structures than broad swell. It is determined byexamining the significant wave height and the dominant wave period whencompared to climatology. ff782bc1db