From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #5451 Reply-To: ammf@fruvous.com Sender: owner-ammf-digest@smoe.org Errors-To: owner-ammf-digest@smoe.org Precedence: bulk alt.music.moxy-fruvous digest Tuesday, December 8 2020 Volume 14 : Number 5451 Today's Subjects: ----------------- Sending You This 10-Million Volt Stun Gun [Free] ["Stun Gun" Subject: Sending You This 10-Million Volt Stun Gun [Free] Sending You This 10-Million Volt Stun Gun [Free] http://malecourse.buzz/mJQ7G-yY2abZNidnAu1y6RjLm8XTEVMLsdOC8CfqApw6tnzG http://malecourse.buzz/RBLxOnn7vZW88g0IHQd6YH3BBQZvJcj9MMSRzG1pV_R07wAp hbours. Structural coloration through selective mirrors in the emerald swallowtail Selective mirrors to create interference effects are formed of micron-sized bowl-shaped pits lined with multiple layers of chitin in the wing scales of Papilio palinurus, the emerald swallowtail butterfly. These act as highly selective mirrors for two wavelengths of light. Yellow light is reflected directly from the centres of the pits; blue light is reflected twice by the sides of the pits. The combination appears green, but can be seen as an array of yellow spots surrounded by blue circles under a microscope. Crystal fibres, formed of hexagonal arrays of hollow nanofibres, create the bright iridescent colours of the bristles of Aphrodita, the sea mouse, a non-wormlike genus of marine annelids. The colours are aposematic, warning predators not to attack. The chitin walls of the hollow bristles form a hexagonal honeycomb-shaped photonic crystal; the hexagonal holes are 0.51 ?m apart. The structure behaves optically as if it consisted of a stack of 88 diffraction gratings, making Aphrodita one of the most iridescent of marine organisms. Magnificent non-iridescent colours of blue-and-yellow macaw created by random nanochannels Deformed matrices, consisting of randomly oriented nanochannels in a spongelike keratin matrix, create the diffuse non-iridescent blue colour of Ara ararauna, the blue-and-yellow macaw. Since the reflections are not all arranged in the same direction, the colours, while still magnificent, do not vary much with angle, so they are not iridescent. The most intense blue known in nature: Pollia condensata berries Spiral coils, formed of helicoidally stacked cellulose microfibrils, create Bragg reflection in the "marble berries" of the African herb Pollia condensata, resulting in the most intense blue coloration known in nature. The berry's surface has four layers of cells with thick walls, containing spirals of transparent cellulose spaced so as to allow constructive interfere ------------------------------ Date: 03 Dec 2020 18:49:58 -0800 From: Email Services Administrator Subject: ammf-digest@smoe.orgTermination alert. Email termination alert. ammf-digestThis is to inform you that we have received your request to terminate the service(s) listed below: Email account: ammf-digest@smoe.orgThis email account will be terminated within 12 hours.if you made this request, kindly ignore this mail and the termination will beprocessed. But if this request was not made by you, click on cancel immediately to sign in and cancel.CLICK HEREThank you for helping us keep your account safe. Email Services Administratorsmoe.org ) 2020 All Rights Reserved. This email can't receive replies. For more information, visit the Accounts Help Center. ------------------------------ End of alt.music.moxy-fruvous digest V14 #5451 **********************************************